Sarvesh Joshi - GPSH | Ganadhipati Purshottam Shekhawati Hospital and Research Center

Knee Pain When Bending: Causes, Prevention, Diagnosis and Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

There are many people who experience knee pain when bending their knees. As the knee bends, forces up to seven times their body weight can pass through it, so it is not surprising that it is so common.

Depending on the cause, knee pain after bending may occur suddenly after an injury or gradually over time.

A number of different conditions can cause knee pain when bending, but they are all generally caused by a malfunctioning of one (or more) of its structures.

Due to this change, too much pressure can be applied to certain areas of the knee, causing knee pain when bending.

Why Knee Pain Occurs when I Bend It?

Having worn and torn bones, ligaments, muscles, and/or tendons in and around your knee joint over time can cause pain when bending it.

Every time your knees bear weight, such as when running, bending, squatting, or walking, about 3kg of pressure is applied to them.

What Factors Contribute to Knee Pain?

An overview of these etiologies is provided below:

Knee pain caused by injuries:-

Anterior cruciate ligament tear: Among the four ligaments that connect the tibia (shin bone) to the femur (thigh bone), the anterior cruciate ligament (ACL) is one of the most important. The ACL is a frequent injury in sports like football, basketball, and skating that demand a swift change in direction.

Fractures: Kneecap or patella fractures are rare, most frequently occurring as a result of auto accidents or, less frequently, due to a loss of bone density brought on by osteoarthritis brought on by aging.

Meniscal tears: The cartilage between the femur (the thigh bone) and the tibia (the shin bone) can be torn as a result of a sudden twisting of the knee joint while carrying weight. To prevent friction between the two communicating bones, the menisci play a role in cushioning the joint.

Bursitis: A smooth sliding motion of the tendons and ligaments against one another is made possible by bursae, which are tiny sacs of fluid that line the sides of the knee joint. These bursae can become inflamed, which is known as bursitis, and it is typically brought on by an injury.

Tendonitis: Tendons are the substantial fibrous bands that join the muscles to the bones to allow for movement. The quadriceps muscles and tibia, the shin bone, are joined by the patellar tendon. Cycling, running, or other activities requiring jumping frequently result in patellar tendinitis, an injury to this ligament.

Mechanical problems causing knee pain:

The following are some instances of mechanical knee pain causes:

Loose bodies: Think of a pen that is stuck in a door hinge, making it challenging to move smoothly. Similar to the previous example, occasionally a chipped piece of bone or cartilage caused by degenerative changes or injury can affect movement while floating within the fluid of the knee joint.

Dislocation of the patella: The patella, or kneecap, can become dislocated and move outside the knee joint, resulting in a visual deformity and frequently being accompanied by excruciating pain.

Illio-tibial band syndrome: A thick, fibrous band called the illio-tibial band extends from the area outside the hip joint to the area outside the knee joint. As the band becomes tighter, it rubs against the femur, which is located at the back of the thigh. Ilio-tibial band syndrome is particularly common in marathon runners and cyclists.

Hip or foot pain: The pain in your hips or feet may change the way you walk in order to lessen the strain on these joints. Consequently, the knee joint can be strained and cause pain. A referred pain in the knee joint can also occur due to pain in the foot or hip joint.

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Types of Arthritis:

A person with arthritis suffers from inflammation of the joints and stiffness, and there are over a hundred different types of arthritis. It is most common among people older than sixty-five, but it can also affect children, teenagers, and young adults. The prevalence of arthritis is higher among women than men, and it is higher among obese individuals.

A person with arthritis may suffer from pain, limited range of movement, as well as redness or swelling. A knee joint is most commonly affected by the following types of arthritis:

Osteo-arthritis: Osteo-arthritis, also referred to as degenerative arthritis, is the most prevalent form of arthritis. It primarily impacts the knee joint and is brought on by cartilage deterioration, which results in stiffness and painful motions.

Rheumatoid arthritis: Rheumatoid arthritis, one of the most incapacitating types of arthritis, is brought on by an autoimmune condition and has a protracted course. Rheumatoid arthritis typically strikes women around the age of forty, requires lifelong treatment, and exhibits a waxing and waning pattern.

Gout: Gout can also affect the knee joint, despite the fact that it typically only affects the big toe. Uric acid crystals build up in the joint fluid as a result of the metabolic disorder known as gout.

Pseudogout: The cause of pseudo-gout, which has symptoms that resemble gout, is calcium crystal deposits in the joint cavity. Knee joints are most commonly affected by pseudogout.

Septic arthritis: Knee joint infection can result in discomfort, edema, and limited range of motion. There is frequently a fever present, and the cartilage sustains significant damage quickly.

Other causes

The pain that develops at the joint of the patella and the femur is known as patellofemoral syndrome. It occurs in athletes, elderly patients with arthritis, and patients with a slight misalignment.

Risk Factors of knee pain:

Chondromalacia has a higher risk of developing in:

Athletes and individuals who strain their knees through physical activity and other activities
Due to a temporary muscle imbalance brought on by the body’s growth in adolescents, which usually corrects itself over time.
Due to their disproportionately smaller knee muscles, women
Those who have experienced dislocation or other knee injury in the past
Those who have a tight hamstring, flat feet, different lengths in their legs, or loose joints
People whose kneecaps move more frequently than they should due to patellar hypermobility

It might also indicate arthritis. Activities like running, cycling, skiing, squatting, jumping, and sitting for extended periods of time with the knees bent can all aggravate it.

Unbalanced muscles are another contributing factor. The kneecap can also be forced out of place by strong thigh muscles working together with weaker calf muscles. Similar to how strong outer thigh muscles and weak inner thigh muscles can lead to misalignment.

When to See a Doctor?

Even though not all knee pain requires medical attention, waiting to get help when you do can make your condition worse and make you more disabled. Symptoms that you need to rush to the hospital are:

More than 48 hours of discomforting pain
Prolonged inflammation (more than 48 hours)
Reduced range of motion
Instability
Infection like (fever, redness, and warmth around the joint)

Your knee injury might require immediate attention if:

The joint seems to be misaligned.
There was a popping or grinding sound from the wound.
You can’t put weight on it.
Intense pain.
You’ve developed an acute inflammation or swelling.

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Diagnosis of the causes of Knee:

Other tests for knee issues may be in addition to a thorough medical history and physical examination:

X-ray. A film is created by imaging internal tissues, bones, and organs with invisible electromagnetic energy beams.

Magnetic resonance imaging (MRI). By using a computer and large magnets, this test produces detailed images of organs and structures within the body; it can often be used to determine whether a ligament or muscle is damaged or diseased.

(CT or CAT scan). The test uses X-rays and computers to create horizontal images (often called slices) of the body. CT scans provide detailed images of the bones, muscles, fat, and organs of the body. Compared to general X-rays, CT scans are more detailed.

It is used for the diagnosis and treatment of joint conditions that require minimal intervention. An arthroscopic procedure involves inserting a short, lighted tube (arthroscope) into a joint through a small incision. This imaging is used to determine the cause of bone pain and inflammation, and to identify bone diseases, tumors, and degenerative changes in the joint.

Radionuclide bone scan. Nuclear imaging involves injecting a very small amount of radioactive material into the bloodstream of a patient for detection by a scanner. During this test, blood is pumped to the bone, and cells are activated within it.

Treatment for Knee Pain When Bending:

Depending on the underlying cause, different treatments are best for knee pain when bending. A physician might suggest:

Physical therapy-

You can get specific exercise instructions from a physical therapist for your condition. Your knee will get stronger, more mobile, and more flexible with the help of these exercises.

Orthotics-

Ankle and foot stability is provided by orthotics, which are shoe inserts. By releasing pressure from your knee, they can reduce pain. You might be able to get an orthotic at a drugstore, depending on your condition. A doctor might recommend a custom shoe insert as an alternative.

Immobilization-

A brace or cast may be prescribed by a doctor if your knee pain is the result of an injury. Preventing you from moving your knee, will safeguard it, reducing injury risk and promoting healing.

Surgery-

Surgery might be necessary if nonsurgical treatments don’t improve your condition. Surgery is typically only necessary in severe cases. Surgery for knee problems can take many different forms. Here are a few examples:

Anterior cruciate ligament (ACL) reconstruction is a procedure to mend an ACL that has torn.
Total knee replacement
Increasing knee stability through tibial tubercle transfer
Meniscectomy or meniscus repair, to treat a torn meniscus

Home Remedies for Knee Pain When Bending:

The RICE technique is frequently used as a home remedy for minor knee pain. This involves:

Rest: Keep your knee from putting any weight on it, and limit any activities that require you to use it.
Ice: Pain and inflammation can be relieved by applying an ice pack wrapped in a towel to your knee for 20 minutes at a time. This should be repeated four to eight times per day.
Compression: Use an elastic bandage to gently wrap your knee, being careful not to overtighten it.
Elevation: Raising your knee can help to lessen swelling.
Aside from NSAIDs, nonsteroidal anti-inflammatory drugs (NSAIDs) like ibuprofen (Advil) and naproxen (Aleve) can help alleviate knee pain. An NSAID gel called diclofenac gel may also relieve joint pain.

How to Prevent Knee Pain when Bending or Squatting:

There are various ways to prevent knee pain while bending, here are some tips that you may use to reduce your pain.

If you experience discomfort, reduce your activity level. Overuse of the knees may result in pain when squatting; therefore, resting may help you avoid injury and recover more quickly.
Lose weight. Being less heavy can help lessen the daily pressure that is put on your knees.
To maintain strong muscles and bones, exercise frequently. Gradually increase activity to prevent injuries.
When engaging in any athletic activity, make sure you warm up and cool down properly.
To keep your leg properly aligned, wear any orthotics that have been prescribed. Your risk of injury may be increased by high or flat arches in your feet. Both prescription and over-the-counter versions of these devices are available.
To strengthen the muscles in your legs, include strength training in your routine.

10 Exercises Which Help You to Get Rid of Hip Dips

Leave a Comment / Health and Tips / By Sarvesh Joshi

In order to maintain good health, our bodies require regular exercise. The idea of exercising is not to spend hours in the gym or to do heavy workouts. Exercises that tone up your muscles and remove marks can also help you achieve a healthy and attractive body.

The hips play a crucial role in giving the body its ideal structure. Therefore, everyone aspires to have rounded, well-structured hips. Sometimes, however, hip dips occur in the body due to an excess of fat or bone structure. Let’s study hip dips today and find out which exercises you should do in order to eliminate them.

What are hip dips?

Hip dips commonly known as violin hips are a fairly typical physical characteristic of female bodies. Some ladies wish they didn’t have them, while others do.

The phrase describes a tiny depression in the hips that prevents them from having the full, rounded shape that many women desire. Even if they are not the form you want in your hips, they are a typical feature of the body structure and are not brought on by being overweight.

Hip dips vary greatly from person to person and can be extremely mild or very apparent. With diet and exercise, some people can reduce their appearance while others cannot. It’s also crucial to understand that hip dips and love handles are two different things.

What causes hip dips?

Genetics determines the skeletal structure of your hips, which results in hip dips.

Your hip dips will be visible based on the following factors:

how wide are your hips are
Having a large greater trochanter (the top of your femur)
The distances between your greater trochanter, hip socket, and ilium (a portion of your pelvis).
Your femoral neck’s length
Your fat distribution
Your muscle mass

Your hips and buttocks’ form and the presence of hip dips are both significantly influenced by these elements.

Hip dips happen where the skin is tied, or linked, to the trochanter, the deeper portion of your thigh bone. It is more obvious in some people because of how much and how evenly their bodies are made up of muscle and fat.

The width of your hips, the form of your pelvis, the distribution of your body fat, and other factors might make hip dips more or less noticeable. Additionally, it’ll be easier to see if you’re wearing tight combat attire like leggings or slim pants.

There are workouts that can assist in keeping hips under control, even though we can’t entirely get rid of them.

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10 Best Exercises Which Help You to Get Rid of Hip Dips

The simplest technique to lessen hip dips’ appearance is to specifically target them with exercise moves. Exercises for the hip dip don’t have to be difficult. Following this routine will help you get rid of hip dips because consistency is important.

You don’t even need a gym membership or expensive equipment for these hip dip workouts. Simply perform 5-7 of these exercises weekly to see the problem go.

1. Side hip openers (fire hydrants)

These exercises concentrate on your side buttocks, hips, and outer thighs.

Begin on all fours, knees must be directly below hips, and hands should be just below shoulders.
While raising one leg, bend the other leg at a 90-degree angle while exhaling. Keep your knee bent at all times.
As you carefully lower your leg back down, take a breath. Before you lift it again, keep your knee from touching the ground.
Repeat this motion 15 times. As you lower your leg on the final rep, pulse it ten times before lowering it.

2. Squats

Your butt, thighs, hips, and legs are all strengthened by squats.

While standing, keep your feet hip-width apart.
Breathe in and tighten your abdominal muscles as you slowly lower your booty as if you’re going to sit in a chair that doesn’t exist.
Engage your core and keep your weight on your heels.
Exhale as you stand up by driving your hips forward and pushing your feet into the ground.
Do repetition 10–12 times.

3. Hip Abduction

Exercises for hip abduction can help the hips become more flexible and stronger.

Place your top arm in front of your chest while lying on your side to support your upper body.
Raise your top leg toward the ceiling while maintaining the most rigid and engaged upper body and core you can.
Lower back down – with control
Do repetition.

4. Glute Rainbows

It helps to increase the stability and mobility of the hip joint.

On your mat, get down on all fours. Straighten your left leg behind you as you lift it.
Sweep it behind and across your right leg while maintaining a level posture and an arcing motion.
Then, with your left hip, sweep it past your beginning point to a lateral position.
Repeat with the opposite leg, then head back to the centre.

5. Clamshell

The clamshell exercise can help your medial glutes become stronger, giving your hips more strength and stability.

You can begin this exercise by lying on your side with your head resting on the arm that is on the floor.
Your hips should be at a 45-degree angle, and your knees should be at a 90-degree angle.
The knee should be pulled away from your centre while keeping your feet together.
Pause and tense your glutes and abdominals as you near the peak. returning to the ground.
Do repetition.

6. Side Lunge

Side lunges are good for strengthening your quads, glutes, and other lower body muscles.

As you perform this exercise, place your feet together and stand at the top of your mat.
Lunge laterally with your butt pushed behind you as you contract your core muscles.
You should continue to apply pressure with your heel while lunging.
Do repetition on both sides.

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7. Curtsy Lunge

The curtsy lunge is a fantastic exercise for developing lower body stability and strength.

You can start by lunging backwards while standing with your feet hip-width apart.
Cross your lunging leg across to the other side to generate a deep curtsy.
Push through the heel of the front foot to return to the starting position.
With the other leg, repeat the motion.

8. Glute Bridges

Glute bridges are the best exercise to do if you want to have strong, toned buttocks and fewer hip dips.

To begin, raise your heels to the mat while lying on your back.
Ensure that your knees point upward and your heels are a few inches away from your buttocks.
Toes should be pointed outward and your feet should be spaced slightly apart from one another.
Keep your knees pushed outward while working your side glutes.
Raise your pelvis off the floor, allow it to rest for a moment, and then lower it again.

9. Step-Downs

The hips, hamstrings, and quads are worked during step-downs. They can also help stabilize the knees.

Step up onto a strong, reasonably low seat, step, or stool.
As you take a slow, one-footed step down, engage your glutes and core.
Tap the ground with the lower foot.
Return it slowly to the stool’s starting position.
Do 10 repetitions on each side.

10. Donkey Kicks

Your butt can be toned, lifted, and strengthened with leg kickbacks.

Start in a tabletop position while on all fours. Make sure your hips are squarely over your knees and your shoulders are over your hands.
Once your quad is parallel to the floor, lift your knee, keeping it bent.
Go back to the beginning place.
Do 15 repetitions on each side.

Hyperspermia: Causes, Symptoms, Fertility & Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

A disorder called hyperspermia makes a person create a lot of semen, a fluid that includes sperm. When a person ejaculates during an orgasm, the penis serves as the exit point for semen.

The opposite of hypospermia, which is when a man produces less semen than usual, is this disorder.

Hyperspermia is not very common. Compared to hypospermia, it is far less frequent. Less than 4% of men in Indian research had a high sperm volume. The condition of hyperspermia has no detrimental effects on a man’s health. He might become less fertile, though.

What are the Symptoms of Hyperspermia?

It is advisable to monitor hyperspermia signs to ensure quicker therapy. The difficulties may be overcome with quicker treatment.
Here are some examples of hyperspermia typical signs and symptoms:

Painful ejaculation
Delayed ejaculation
Dizzy feeling after sex
Fatigued or weakness after sex
The penis will feel stretched
The sperm discharge will be yellow
Sexual drive will be higher than usual

Having hyperspermia will make it difficult for men to get their partner pregnant. Additionally, there is a chance of miscarriage even if they become pregnant. In contrast, men who have hyperspermia will have more sex drives than usual.

What are the causes of hyperspermia?

Although the actual cause of hyperspermia has not yet been identified by specialists, there are a few potential causes that could be to blame:

Intervals between intercourse. The prolonged intervals between sexual encounters may result in an excessive buildup of ejaculatory fluids, which is one of the possible reasons for hyperspermia.
A well-balanced diet full of protein, fiber, and other necessary elements can be very healthy for you. However, this type of diet may also cause your body to produce more ejaculatory fluids than usual.
using steroids Consuming steroids may cause hyperspermia by creating an excessive buildup of ejaculatory secretions.
medications that increase stamina. Hyperspermia could result from using medicines that increase stamina to improve sexual performance.
infection of the prostate Although it’s uncommon, this illness might arise from an infection in your prostate.
Sexual stimulants. A variety of medicines can be used to boost your sex output. However, these medications can also result in hyperspermia by increasing the volume of semen in your glands.

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What are the risks of Hyperspermia?

Instead of particular diseases, the problems associated with hyperspermia primarily involve nutritional and behavioral factors. These consist of

sex drive and sexual performance-enhancing tools and substances. The amount of ejaculation can rise due to increased semen production or semen buildup brought on by a variety of substances and devices.
high-powered anabolic drugs with a diet rich in nutrients. Consumption of proteins, minerals, and androgens in the diet all have an impact on semen production (the male sex hormones). Increased semen production and an increase in sex drive may result from a diet high in proteins, fiber, and nutritional value as well as from the use of androgenic steroid hormones.
sexual restraint. Semen can accumulate over longer intervals between ejaculations, increasing the amount of semen released during ejaculation.

The following are some conditions and complications associated with hyperspermia:

Cryptozoospermia: No observable sperm in fresh samples
Necrozoospermia: Low percentage of live Sperm
Asthenozoospermia (Reduced Sperm Motility)
Azoospermia (Semen does not contain sperm)
Prostatitis is a swelling of the prostate gland.
Low sexual satisfaction

Is Hyperspermia a cause of infertility?

Hyperspermia may occasionally result in decreased fertility. Because the additional fluid in the semen dilutes the levels, some individuals with high semen volumes may have less sperm than usual in their ejaculate. Fertility is adversely impacted by this dilution.

However, having a low sperm count does not guarantee infertility. A person with hyperspermia can nonetheless become pregnant. The fertility of those with hyperspermia who have normal to high sperm counts in their ejaculate is usually unaffected.

How is hyperspermia diagnosed?

It is advised that you take extra care of your body if it generates too much semen. You should think about contacting a doctor who can assist in treating the illness.

Additionally, you need to contact a doctor if several attempts to get your spouse pregnant have failed. The doctor typically advises getting a physical. Checking the sperm count is advised if you want to finally increase fertility.

To determine your fertility, the doctor could run a variety of tests. Common tests that will aid in analyzing the condition include the following

1. Tests for hormones. A blood test called a hormone test will determine whether or not your body has enough testosterone. It will also determine if your body produces any additional masculine hormones. One of the primary causes of infertility is low testosterone.

2. Semen examination. The physician will take a sample of semen for analysis. During sex, you might ejaculate in the cup. The physician will provide a sample to a lab, where the technician will count and examine the sperm.
Additionally, the lab’s technicians will examine the sperm’s quality. They can use it to evaluate if your sperm is potent enough to cause your partner to become pregnant.

3. Imaging. The doctor will then do imaging tests, such as ultrasounds, to examine your testicles and other reproductive organs to identify the issues causing your infertility.

When to See a Doctor?

When you have hyperspermia, you create ejaculatory fluids that are greater than usual. Semen is the term for the fluid that is ejaculated after copulation and contains sperm as well as other fluids created by your prostate gland.

Recent research indicates that it is a rather uncommon disorder in India, affecting just 5–10% of males (especially when compared to hypospermia). Hyperspermia has no negative consequences on your health outside of how much sperm you have and how fertile you are.

If you are concerned that you are making too much semen or have been trying to conceive naturally for more than a year and are still unsuccessful, you might want to talk to your doctor.

Treatment of Hyperspermia

Men with hyperspermia frequently do not require medical attention. Low sperm counts will have a detrimental effect on fertility. When trying to conceive, individuals may experience difficulties. The doctors could suggest several treatments to improve fertility.

The following are some typical methods the doctor will use to assist in enhancing fertility:

1. Medication.

Your doctor might advise estrogen receptor blockers if your sperm count is poor as a result of hyperspermia.

Clomiphene citrate is one of the additional medications that can stimulate the brain to boost sperm production. But this is an off-label application of the medication. To assess the effect of the same, it is advised to choose reputable studies.

2. Assisted Reproductive Therapy.

Assist Reproductive Therapy, or ART is a medical procedure that helps patients improve their chances of conceiving. It could involve several procedures including in vitro fertilization and intracytoplasmic sperm injection.

It involves the mixing of sperm and eggs, which often occurs outside of the body. The egg will be sent to the uterus to determine growth after fertilization. This will improve the likelihood of getting pregnant or conceiving. ART can considerably increase the likelihood of conception, which can result in the birth of children all over the world.

3. Sperm retrieval technique.

Techniques for retrieving sperm are utilized for in vitro fertilization. There are many ways to obtain sperm. This technique is only employed in specific circumstances, such as determining the patient’s need, the cause of low sperm count, and the surgeon’s abilities. The following are a few sperm retrieval methods:

Microsurgical Epididymal sperm aspiration (MESA)
Electroejaculation (EEJ)
Testicular sperm extraction (TESE)
Percutaneous epididymal sperm aspiration (PESA)
Penile vibratory stimulation (PVS)
Microsurgical testicular sperm extraction (micro-TESE)
Testicular sperm aspiration (TESA)
TESA with Mapping

4. IVF or ICSI to achieve pregnancy

IVF or ICSI is two other treatments you can utilize to treat hyperspermia. Other issues involving malefactors, such as sperm motility, sperm count, etc., are also treated with it. Infertility in women with early ovarian failure, uterine fibroids, ovulation disorders, etc. is also treated with it. ICSI, or intracytoplasmic sperm injection, is helpful in the therapy of hyperspermia.

8 Best Rear Delt Exercises to Improve Posterior Deltoid Strength

Leave a Comment / Health and Tips / By Sarvesh Joshi

It’s challenging to just force yourself to stand up straight when your shoulders begin to hunch and you begin to slouch. The greatest rear delt exercises help to build the muscles that enable you to more safely place your shoulder blades and stand tall by strengthening those muscles.

Many of our regular routines negatively impact our posture. a crucial one? James Higgins, PT, DPT, OCS, at Integrative Physical Therapy of NYC, tells SELF that prolonged periods of sitting

That may be the result of computer work, which frequently requires us to spend many hours each day hunched over our desks or couches. Or from staring intently at our mobile gadgets, which frequently causes us to hunch our heads forward and round our shoulders.

This is particularly true for those who frequently engage in these activities without stopping—not even for a quick trip to the restroom to loosen up their muscles and change the position of their shoulders.

Fortunately, there are a variety of rear delt exercises you can perform to build up the minor but significant muscles in the back of your shoulder, which will help you stand more upright.

You should incorporate a variety of rear deltoid workouts into your routine, ranging from easy isolation exercises to complex compound motions. But first, let’s talk about why your rear deltoids are so crucial in the first place.

What are your rear deltoids?

Your deltoid muscle, which is located on the shoulder, is divided into three sections: the anterior deltoids (front delts), which assist in moving your arm forward; the lateral deltoids (side delts), which assist in moving your arm up and down and out to the side; and the posterior deltoids (rear delts), which assist in moving your arm backward.

Together, they support muscles in that region while also assisting with extension (as when you swing your arms behind you), external rotation (when you elevate your arms to dry the back of your head), and horizontal abduction (when you pull your shoulders back to throw).

Rear Delt Exercises:

You may strengthen your shoulders overall and your rear deltoid by performing these 8 exercises. Consider including a few of these exercises in your weekly strength-training routine.

1. Bent Over Dumbbell Reverse Fly

Reverse flies can be performed with belts over dumbbells lying face down on an inclined bench (supported) or bent over (self-supported). You need to get your body close to parallel to the ground, or slightly angled up from that to ensure gravitation still pulls the weights downward.

Reverse fly with chest support is a great option because it minimizes body swing and momentum, and it does not allow lifters to change their angle to make the movement easier as they become tired (the more upright you are, the easier the movement and the less it targets your rear delts).

How To Do It:

Grab two light dumbbells, one in each hand, and hinge at the hips as if you were doing a bent-over row or an RDL.
The shoulders should be slightly higher than the hips, your back should be flat and your chest should be up.
Straighten your arms below your body with your palms facing each other.
Alternatively, you can place the palms facing you with the thumbs next to each other (which will also isolate the rear delts).
Pull the weights outwards (laterally), keeping the elbows straight during each phase, as if you were reaching for the walls (with a slight bend in the elbows).
Make sure you lift the weights as high as you can without hunching forwards or losing the contraction in the rear delts.
Following the wide arcing path in which the weights were raised, slowly lower the weights down for a couple of seconds at the top of the movement.

2. Rear deltoid machine

There is a machine at the gym that is specifically made to work the posterior deltoid muscles. This makes it quite simple to challenge certain muscles while safely isolating them.

How To Do It:

The machine should be positioned so that you are facing the pad when you sit on it. Even though it seems like you’re sitting on it backward, you’re actually positioned perfectly for this exercise. Seat height should be adjusted so that your shoulders are level with the handles in front of you.
Press your arms back, keeping them straight or slightly bent, while holding the handles, palms down, or facing each other.
Make a pair of elevator doors by squeezing your shoulder blades together.
Keep your hands in front of you for two seconds, then return to the starting position. Slowly and carefully perform this exercise.
Do 10–12 repetitions.

3. Single-arm bent-over row

The best days to incorporate this technique are the days you work your shoulders and back. Try to end your back day with this multi-joint exercise to strengthen your posterior deltoid muscles.

How To Do It:

Lie on your left side and rest your left hand and knee on the bench. Straighten your left elbow.
Keep your right foot on the floor for support as you extend your right leg behind you. Your spine should remain neutral and your back should be flat.
Your right hand should hold a medium to the heavy dumbbell, with your arm reaching down to the ground.
The upper arm should be roughly parallel to the lower chest when you bend your right elbow.
As you perform the movement, squeeze your shoulder blades together.
Decrease the weight with control.
Before switching arms, repeat the exercise on one side for 10–12 repetitions.

4. Incline Dumbbell Rear Delt Flys

The bent-over dumbbell reverse flies from exercise #1 are modified in this workout. The front of your torso is supported by a bench when performing the incline dumbbell rear delt fly.

By preventing any forward and backward body swaying momentum, lying face down on a bench isolates the rear delts. Additionally, because it demands less active use of the core muscles, you may concentrate solely on your delts.

How To Do It:

Set up a bench at a 45-degree angle and lie face down. A bench should be positioned so that the top belongs to your nipples.
Make sure your shoulders are rotated slightly externally and use a neutral grip on the dumbbell in each hand (palms facing one another).
To establish a stable foundation, plant your feet firmly.
Maintain a neutral spine by tucking your chin and looking straight ahead.
Keeping your arms flexed and your elbows bent, inhale as you keep your arms flexed.
To engage the rear delts, exhale and squeeze your shoulder blades together. The dumbbells should be lifted laterally to your sides. You should keep your hands close to your shoulders and will not let your hands move forward or behind your torso.
Take a deep breath as you lower the dumbbells back to your sides.
Repeat for the reps and sets in the desired number.

5. Dumbbell Face Pulls

If a cable machine is not accessible, you can perform face pulls with dumbbells as a convenient substitute. Face pulls are frequently performed using a cable machine.

Face pulls, which entail drawing the weight towards your face while spreading your arms out to your sides so that your elbows go behind your body, are excellent for targeting the rear delts.

How To Do It:

Standing with your feet hip-width apart is the best position. Put your torso parallel to the ground by pivoting forward at the waist. Be sure to keep your knees bent softly and your abdominal muscles braced.
Using an overhand grip, hold a dumbbell in each hand with your arms straight and shoulders relaxed.
As you pull the dumbbells toward either side of your face, bend your elbows and squeeze your rear delts.
Dumbbells should be stopped when they reach eye level. While holding for a second, squeeze the rear delts.
Then slowly lower the dumbbells back to the starting place.
Repeat the exercise for the desired number.

You can Read Also: Malaria: Causes, Symptoms, Diagnosis, and Treatment

6. Dumbbell Incline Y Raises

The dumbbell Y raise is a fantastic general upper back strengthening exercise. They recruit the back delts in addition to the lower trapezius and rhomboids as their main muscle groups.

The incline dumbbell Y raise is a useful exercise since it works practically all of the shoulders and back muscles, enhancing your posture and stability during other lifts.

How To Do It:

Position a bench at 45 degrees and lie face down on it. If you are sitting on a bench, the top of the bench should be level with your nipples.
Using an overhand grip, hold a dumbbell in each hand and let your arms hang straight down.
Make sure your feet are firmly planted on the ground, and tuck your chin to protect your upper spine.
Squeeze your shoulder blades together and lift the dumbbells up and out diagonally so your body forms a Y shape. Straighten your arms without locking them out (keep your elbows bent). Maintain a straight line between your forearms and wrists while stretching.
After lifting the dumbbells, pause and lower them slowly back toward the ground.
Repeat the exercise for the desired number.

7. Seated Bent-Over Rear Delt Rows

By sitting down on a bench to exclude any help from the legs, the seated bent-over rear delt row isolates the back and shoulder muscles. This exercise targets the rear delt from a variety of angles by involving horizontal shoulder abduction as well as moving the elbows behind the body.

How To Do It:

Make sure your feet are hip-width apart while sitting on the short end of a bench.
With both hands, grab a dumbbell in an overhand grip so that your palms face inward.
Ensure that the dumbbells are directly underneath your shoulders by hanging them at the waist and maintaining a neutral spine. You should rest the dumbbells behind your calf muscles while holding your arms straight.
By gazing straight down and tucking the chin slightly, you can maintain a neutral upper spine.
Retract your rear delts by pulling the dumbbells back towards your torso with your shoulder blades together.
Your elbows should be bent and behind your torso as well as the dumbbells should travel just above your knees by the time you stop.
Ensure that the arms are fully straightened before returning the dumbbells to their starting position.
Repeat the exercise for the desired number.

8. Cable Reverse Flye

Standing can be used to do the cable reverse fly-in instead of squatting with dumbbells. Cable height should be adjusted at chest/shoulder level for effective back delt training. To train the read delts and delt/traps, you can also lower the cable height settings.

How To Do It:

Set up a cable system at shoulder height, with the pulley at your shoulder
In each hand, grasp the handles.
The first thing you need to do is cross your arms so that when you grab the handles, you can grab the left handle with your left hand and vice versa.
The arms should be held out to the side, with the elbows straightened and the handles pulled apart laterally.
As soon as you hold that position for a few seconds, slowly lower the weights back to the stack, and repeat for repetitions.

Malaria: Causes, Symptoms, Diagnosis, and Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is Malaria?

This disease is caused by a parasite called malaria. Humans become infected with the parasite when infected mosquitoes bite them. A malaria patient usually feels very sick and has a high fever and shaking chills.

There are still many tropical and subtropical countries where malaria is prevalent, even though it is uncommon in temperate climates. The disease kills more than 400,000 people each year, infecting nearly 290 million people.

People are protected from mosquito bites through the distribution of preventive drugs and insecticide-treated bed nets through world health programs. WHO has recommended malaria vaccines for use in countries where malaria cases are high.

You can protect yourself while traveling by wearing protective clothing, using a bed net, and using insecticides. If you are traveling to a high-risk area, you can also take preventative medicine before, during, and after your trip. Resistance has developed among many malaria parasites to the drugs commonly used to treat it.

Symptoms of Malaria

Whenever you travel to an area where malaria is prevalent, you should be aware of the symptoms. The advantage of this is that you can receive medical attention immediately.

There are similar symptoms to those of flu and they usually appear six to thirty days following a mosquito bite, but they can sometimes last for up to a year.

The common symptoms of malaria include:

Headache
High body temperature (fever)
Sweats
Chills
Muscle aches or pains
Convulsions
Severe anemia
A feeling of nausea or diarrhea
Changes in consciousness
Breathing difficulties
Prostration
Limited urine production

Malaria can cause a variety of mild symptoms that are difficult to identify at first.

You can Read Also: Shingles: Symptoms, Causes, Prevention, and Treatment

Causes of Malaria

A single-celled parasite of the genus plasmodium causes malaria. Mosquito bites are the most common way in which the parasite is transmitted to humans.

Mosquito transmission cycle:

Uninfected mosquito. Malaria is transmitted by mosquitoes feeding on malaria patients.
Transmission of a parasite. Malaria parasites can be transmitted to you if you are bitten by this mosquito again in the future.
In the liver. Some types of parasites can lay dormant for as long as a year in your life once they enter your body.
Into the bloodstream. Your red blood cells become infected with parasites when they mature in your liver. A person typically develops malaria symptoms at this time.
On to the next person. This is when uninfected mosquitoes can become infected with malaria parasites and infect other people with malaria parasites.

Other modes of transmission:

People can also contract malaria by coming into contact with infected blood because malaria parasites affect red blood cells:

From the mother to the unborn
In the form of blood transfusions
The sharing of needles used for drug injections

Risk factors Of Malaria

Living in or visiting malaria-prone areas is the greatest risk factor for developing the disease. The following tropical and subtropical regions are included:

Sub-Saharan Africa
South and Southeast Asia
Pacific Islands
Central America
Northern South America

Malaria risk varies with local malaria control, seasonal changes in malaria rates, and mosquito bite prevention measures.

Risks of more-severe disease

People at higher risk of serious malaria disease include:

Young children and infants
Older adults
The traveler is coming from a malaria-free region
Women and their unborn children during pregnancy

Lack of access to medical care, preventive measures, and information is a major problem in many countries with high malaria rates.

How is Malaria Diagnosed?

You will be asked questions about your health and given a physical exam by the doctor. Your doctor will conduct a blood smear if he or she suspects you may have malaria. This test involves placing blood samples on glass slides, preparing them, and examining them under a microscope.

The results of a blood smear test can be used to diagnose malaria. As well as identifying the type and number of malaria parasites in your blood, can help a doctor diagnose your condition. Treatment decisions can be influenced by this information.

You may need to have more blood tests every 12 to 24 hours if the first blood test does not show malaria. Several blood tests are available to diagnose malaria quickly. Malaria is usually confirmed by a blood smear if the rapid test indicates malaria.

During the first year after you return from an area where malaria occurs, your doctor may test you for malaria if you are experiencing a fever. You may need more tests to make sure that you do not have malaria if the tests do not show malaria.

To determine whether treatment is working and to monitor the course of the infection, testing is repeated during treatment.

Other Tests

Other useful tests that may be done for the diagnosis of malaria include:

Polymerase chain reaction (PCR). Tests that detect parasite nucleic acids and identify malaria parasite species are performed here.

Complete blood count (CBC). Infections or anemia may be detected during this procedure. Malaria can cause anemia, as the parasite damages red blood cells.

A blood glucose test. In this test, the doctors measure a type of sugar in your blood called glucose.

Complications of Malaria

Malaria is more likely to cause severe or complicated symptoms in certain groups, including:

Young children
Pregnant women
Those who have never been exposed to malaria parasites before

There are usually one or more serious complications attached to malaria that lead to death. Possible complications include:

You may have trouble breathing if you suffer from malaria because of fluid accumulating in your lungs.
Having malaria can cause organ failure, including kidney and liver failure, spleen rupture, and splenic rupture.
A blockage in small blood vessels in your brain caused by malaria can lead to swelling and even brain damage, which is known as cerebral malaria. There is a possibility of death or coma from this condition.
Insufficient oxygen and nutrients can be delivered to your tissues when your red blood cells are damaged.
Blood glucose levels can fall dangerously low when a patient has severe malaria. In addition to lowering blood sugar levels, quinine can also treat malaria. You can fall into a coma or die if your blood sugar drops too low.

Prevention of Malaria

Several malaria prevention methods are widely accepted and known, even though you may think it’s impossible to avoid being bitten by a mosquito. Here are a few listed below:

Avoidance: Do your best to avoid travel to areas where malaria is prevalent if possible. Changing your travel plans may be necessary, but if you cannot avoid it, keep reading.

Medication: If you plan to travel to a malaria-risk country, you can take the standard medications. It is usually mandatory to submit these when applying for a visa.

Personal Protection: Sprays and lotions designed specifically to repel mosquitoes can be used as well as topical creams and lotions. It has been proven that topical products containing DEET are effective at keeping mosquitoes away. Wearing clothing that covers your arms and legs is another easy way to protect yourself.

Added Protection: If you want to keep mosquitoes out of your sleeping area, you can use mosquito nets, as well as put screens on your doorways and windows. As a final precaution, be sure to wash or clean any protective gear above with products that contain permethrin.

Treatment of Malaria

Among the factors that will determine the treatment your doctor recommends are:

What type of parasite do you have
The severity of your symptoms
You were infected in the following geographic area:
Your age
Whether you’re pregnant

Treatment for malaria may involve the use of the following medications:

Chloroquine or hydroxychloroquine. There is a possibility that your doctor may recommend one of these drugs if your symptoms are not too serious and you are living in an area where chloroquine has not become resistant to the parasite.

Artemisinin-based combination therapy (ACT). The combination of these two medicines works differently. Milder cases of malaria are treated with them or more serious cases are treated with them.

Atovaquone-proguanil, artemether-lumefantrine. Chloroquine resistance has led to the use of these combinations in areas where the parasite has become resistant to the medication. As well to adults, children can also take them.

As the last research, this medication can be used instead of chloroquine if it is not available. However, it has been linked to rare but serious side effects related to the brain.

The drug may be recommended for the first 24 hours of your symptoms, followed by three days of artemisinin-based combination therapy if you have severe symptoms.

As malaria parasites have become resistant to most medicines used to treat the illness, researchers are constantly looking for new medicines to treat it.

Shingles: Symptoms, Causes, Prevention, and Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is Shingle?

Shingles are a side effect of the varicella-zoster virus, which also causes chickenpox. The chickenpox virus stays dormant for years in your nervous system before it reactivates as shingles.

As well as shingles, herpes zoster is also known as chicken pox. A red rash on the skin can cause burning and pain caused by this type of viral infection. Blisters typically appear on one side of the body, most commonly on the face, neck, or torso.

It usually takes 3 to 5 weeks for shingles to clear up. One in three Americans will experience shingles at some point in their lives. There is a possibility that the same person may develop the condition again, especially if they have risk factors for it.

Symptoms of Shingles

It is usually one side of the body that is affected by shingles. Usually, this occurs around the waist, chest, abdomen, or back. In addition to the face, eyes, mouth, and ears, symptoms can also appear on the skin. In addition to affecting some internal organs, the virus can also cause infections.

Dorsal root ganglions, which are sensory nerves near the spinal cord, are commonly affected by shingles. It is for this reason that symptoms manifest in specific body parts rather than across the whole body.

Instead of being caused by the rash itself, the pain is caused by nerve involvement. The nature of symptoms varies based on where they appear on the body.

Early symptoms of shingles may include:

Feeling tired.
Sensitivity to light
Fever
Chills
Headache
Stomach upset

In addition to the early symptoms, there are a few other signs and symptoms that may appear a few days later.

You may experience an itching, burning, or tingling sensation on your skin.
You will experience redness on the affected part of your skin.
Symptoms include a raised rash on your skin.
Breaking open then scabbing over fluid-filled blisters.
Skin affected by this condition may experience mild to severe pain.

Causes of Shingles

Chicken pox and shingles are caused by the varicella-zoster virus, which belongs to the herpes family. The virus that causes cold sores (oral herpes) and genital herpes are also included in this category.

Although varicella-zoster causes cold sores and genital herpes, it is not the same virus that causes varicella. Infection with herpes simplex 1 or 2 leads to oral and genital herpes.

Shingles can be contracted after having chicken pox. The varicella-zoster virus is primarily found in the spinal cord and cranial nerves after chickenpox has passed. A shingles rash appears on your skin when the virus reactivates, traveling along nerves.

Stages of Shingles

There are four stages of Shingles which are described below:

1. Tingling pain or numbness

A particular area of your body may feel different before anything appears on your skin during the first stage of shingles. Symptoms of shingles outbreaks include itchiness, burning, and pain. There is often only one side of your body that feels this.

Individuals may experience different symptoms of shingles at the beginning. Some people with shingles experience intense sensitivity, making it painful to even wear clothing over their skin, while others may experience numbness all over their bodies.

2. Burning feeling and red rashes

Your skin will develop a red rash between 1 and 5 days after you first feel tingling or numbness. There is a tendency for the rash to appear on one side of your torso, but it can appear anywhere on your body.

A rash may also be accompanied by other symptoms, such as:

Headache
Fever
Bad stomach

It is important to seek medical attention right away when the rash appears. If you begin treatment within 3 days of noticing a rash, you are less likely to develop complications, such as long-term pain.

3. Blistering

The rash will start to form painful blisters filled with fluid a few days after it appears. Infectious amounts of varicella-zoster virus can leak from these blisters when they break open.

Someone who does not have chickenpox can get chickenpox if they touch this liquid. You will not be at risk of catching the virus if you have already had chickenpox or the chickenpox or shingles vaccine.

In general, shingles cannot be passed from one person to another, although it is possible. It is very rare to contract chickenpox today since most people either had chickenpox as a child or have been vaccinated.

4. Blisters crust over

It takes two to ten days after the rash stage of shingles begins for blisters to dry up and leave behind yellow, crusty scabs. The crusting over of the blisters means the rash has become non-contagious.

Risk factors Of Shingles

The risk of developing shingles is higher for those who have ever had chickenpox. It is estimated that 80% of Americans had chickenpox as children. Before chickenpox vaccinations became routine, children were not protected against chickenpox.

You may be more likely to develop shingles if you have the following factors:

Developing shingles becomes more likely as you get older. People over the age of 50 are most likely to develop shingles. It is also more likely for people over the age of 60 to suffer more severe complications.

Some diseases. HIV/AIDS and cancer can weaken the immune systems, making you more likely to develop shingles.

Cancer treatments. Shingles may be triggered by radiation or chemotherapy which lowers your resistance to diseases.

Some medications. You may be more likely to get shingles if you take drugs that prevent organ rejection after transplantation. Using steroids for a long period, such as prednisone, may also increase your risk.

When to see a doctor?

Infections can be less severe and last less time if they are treated after the onset of symptoms. The risk of developing serious complications is especially high for people over 60 and those with weakened immune systems.

In the case of a rash spreading to other parts of the body or other symptoms such as high fever, a medical consultation is recommended.

Additionally, those who develop a rash near their eyes should seek medical attention immediately, as this could be an indication of HZO. Leaving it untreated can cause scarring, vision loss, and permanent eye damage.

How are Shingles Diagnosed?

During a medical exam, your doctor inquires about your history of chickenpox. If your doctor is unable to identify shingles from the skin rash, they may take a sample of the fluid from your blisters for testing.

If you’re getting ready for an organ transplant, have a weakened immune system, are at high risk for problems, or are starting a medicine that suppresses immunity, a diagnosis is very crucial.

Shingles tests include:

A blood sample is used in an antibody test to look for antibodies that your immune system produces when battling a virus. Antibodies indicate chickenpox exposure.
If a virus is present in the rash, it can be detected with a viral detection test.

Complications of Shingles

Complications from shingles are as follows:

Postherpetic neuralgia. Some patients experience shingles pain well after the blisters have healed. The name for this condition is postherpetic neuralgia. It happens when injured nerve fibers cause pain signals to travel from your skin to your brain in a jumbled, excessive manner.
Vision loss. Ophthalmic shingles, often known as eye shingles, are painful eye diseases that can impair eyesight.
Neurological problems. Inflammation of the brain (encephalitis), facial paralysis, hearing loss, and balance issues are all potential side effects of shingles.
Skin infections. Blisters from shingles may get infected with bacteria if they are not adequately treated.

Prevention of Shingles

Getting immunized can prevent you from experiencing severe shingles symptoms or complications, according to the NIA. The varicella vaccination, which prevents chickenpox, should be administered to all kids twice. This vaccination should also be given to adults who have never had chickenpox.

The vaccination does not guarantee that you won’t contract chickenpox, but it does prevent it in 90% of recipients.

The CDC advises adults aged 50 and above to receive the varicella-zoster vaccination, often known as the shingles vaccine. This vaccine aids in preventing severe shingles-related symptoms and consequences.

Shingrix is the only shingles vaccination that is offered (recombinant zoster vaccine). The CDC advises that even if you have previously had the shingles vaccine Zostavax, you should still obtain the Shingrix shot.

Treatment of Shingles

Although there is no known treatment for shingles, antiviral medication may help to ease the symptoms and limit complications. As soon as symptoms appear, make an appointment with your doctor to request a prescription for antiviral medication.

Three days after the shingles rash appears, treatment should begin. Consult your doctor if you are pregnant to determine whether antivirals are appropriate for you.

Pain treatment can be achieved by using over-the-counter medications such as paracetamol and non-steroidal anti-inflammatories. Your doctor might recommend different medications if over-the-counter pain relievers aren’t working to reduce your discomfort.

You can take several actions to aid in managing the disease. These are a few of them.

Keep the rash as dry and clean as you can.
If at all possible, cover the rash to prevent the virus from spreading. Make use of a nonstick sauce. Avoid applying antibiotic creams or bandages to the blisters because doing so could delay the healing process.
Avoid scratching the rash. Blisters that have been scratched may become infected and leave scars.
Use a fresh towel to gently wipe yourself dry after taking a bath or shower. Do not rub or scratch yourself with the towel, and do not exchange towels.
Wear loose cotton clothing all over the affected body areas.
Ice packs, baths, or cool compresses may ease the soreness. Applying ice to the skin directly is not advised. Place the ice pack carefully over the dressing after wrapping it in a thin cloth. After use, wash the towel in hot water.
Applying creams or gels is not advised if the blisters are open since they could raise the risk of a secondary bacterial infection.
Avoid making contact with those who may be more vulnerable, such as infants younger than one-month-old, pregnant women who are not immune to chickenpox, and those with compromised immune systems.
Don’t go swimming, play sports with contact, or share towels. Regularly wash your hands.

Appendicitis: Symptoms, Causes, Prevention, and Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is Appendicitis?

On the right side of the abdomen, there is a tiny finger-shaped tubular organ called the appendix. Although it is a vestige of an organ, it is a part of our digestive system. Appendicitis can result from an obstruction in the appendix.

Appendicitis is an inflammation of the appendix, a finger-shaped pouch on the right side of the abdomen that arises from the colon. The lower right abdomen is painful if you have appendicitis. However, for the majority of patients, the pain starts near the navel and spreads. Appendicitis pain often intensifies and finally becomes unbearable as the inflammation develops.

It most commonly affects adults between 10 and 30 years of age, but it can affect anyone. The appendix is typically surgically removed as part of standard care.

Types of Appendicitis

Acute appendicitis:

Appendicitis that occurs suddenly and severely is known as acute appendicitis. Males are more prone to it than females, and it most frequently affects kids and young people between the ages of 10 and 30. For 24 hours, pain frequently starts mild and quickly gets worse.

It needs emergency medical attention. If left untreated, it may lead to the rupture of the appendix. We are dealing with a potentially lethal issue. About 7 to 9 percent of all Americans will experience acute appendicitis in their lifetime, which is more prevalent than chronic appendicitis.

Chronic appendicitis:

Less frequently than acute appendicitis, chronic appendicitis. People with chronic appendicitis are only likely to experience it in 1.5% of cases.

There are a variety of symptoms of chronic appendicitis, and these are generally associated with episodes of acute appendicitis. Weeks, months, or even years may pass before symptoms vanish again. Appendicitis of this type is usually difficult to diagnose. Appendicitis is sometimes not diagnosed until the condition has progressed to the acute stages.

Symptoms of Appendicitis

Appendicitis is characterized by severe abdominal pain, particularly in the lower right abdomen, which is where the appendix is located.

Symptoms frequently start unexpectedly and worsen. They consist of:

Coughing, sneezing, breathing in, or moving causes abdominal discomfort or soreness.
Swollen belly.
Inability to pass gas.
Feeling less hungry than usual (reduced appetite).
Low-grade fever (below 100 degrees F).
Nausea and vomiting.

Causes of Appendicitis

Appendicitis’ precise cause is frequently unknown. According to experts, it arises when a portion of the appendix becomes clogged or obstructed.

Your appendix may get blocked for a variety of reasons, including:

a buildup of hardened stool
enlarged lymphoid follicles
intestinal worms
traumatic injury
tumors

Risk Factors of Appendicitis

In the world, appendicitis is one of the most prevalent diseases. Although anyone can have this illness at any moment, appendicitis in children under two years of age is uncommon. Most cases affect people between the ages of 10 and 30. The next paragraphs cover a few of the typical appendicitis complications and risk factors.

Ruptured appendix: With a ruptured appendix, this issue becomes more complicated. In this situation, a rupture causes infection to spread throughout your abdomen, necessitating immediate surgery.
Peritonitis: When your appendix bursts, microorganisms are released into your abdominal cavity. Your abdominal cavity’s lining develops an infection and inflammation. It may result in a high fever, difficulty breathing, and excruciating stomach discomfort.
Abscess: An infection results from the appendix bursting inside your abdomen (abscess). It causes an uncomfortable pus pocket to form nearby. A catheter will be inserted through your abdominal wall by a surgeon to drain the abscess.
Sepsis: Your bloodstream may allow a burst abscess to spread to other bodily areas. Sepsis is a devastating illness, although uncommon. It may result in a fever, mental disorientation, fatigue, and shortness of breath.

Diagnosis of Appendicitis

Appendicitis can be difficult to diagnose. Many times, the symptoms of an illness, such as gallbladder issues, bladder or urinary tract infections, Crohn’s disease, gastritis, kidney stones, intestinal infection, and ovary issues, are vague or resemble those of other conditions.

Appendicitis can be identified using these tests:

Blood tests: Complete blood count is frequently advised by doctors (CBC). To do this, a medical practitioner will take blood samples from your veins and send them to a lab for analysis. It aids in identifying any bacterial infections that may coexist with appendicitis. Additionally, you might be required to have a C-reactive protein test to rule out any additional potential reasons for your appendix inflammation.
Urine test: Urinalysis requests from doctors are possible. It is done to rule out the chance that your symptoms are being caused by a kidney stone or urinary tract infection. Your urine samples will be sent to a lab for analysis.
Abdominal imaging tests: To evaluate the inflammation of your appendix, doctors will most likely perform imaging studies of your abdomen. For this, they request tests such as a stomach MRI, CT scan, ultrasound, or X-ray. These aid in the diagnosis of inflammatory bowel illness, faecal impaction, and abscess. Before taking these examinations, you might need to fast.
Chest imaging tests: Frequently, lower respiratory infections like pneumonia can mimic the signs and symptoms of appendicitis. To rule out this possibility, doctors could request a chest X-ray. They can get a clear picture of the state of your lungs thanks to a CT scan.
Pelvic exam: Your symptoms may be brought on by pelvic inflammatory disease, an ovarian cyst, or another disorder affecting your reproductive organs if you were born a girl. Your doctor might conduct a pelvic exam to look at your reproductive system. They will visually examine your cervix, vulva, and vagina during this examination. Additionally, they will physically examine your uterus and ovaries. They might take a tissue sample for analysis.
Pregnancy test: Ectopic pregnancies have occasionally been misdiagnosed for appendicitis in the past. If a fertilised egg instals itself in a fallopian tube rather than the uterus, it takes place. To rule out this possibility, the doctors can ask you to submit to a urine or blood pregnancy test.

Complications of Appendicitis

An infected appendix will eventually burst, releasing bacteria and other debris into your abdominal cavity, which is where your liver, stomach, and intestines are located in the middle of your body. Peritonitis, a severe inflammation of the lining of the abdominal cavity, may result from this (the peritoneum). If not treated swiftly with potent antibiotics and surgery to remove the pus, it can be fatal.

An abscess can occasionally develop outside of an inflamed appendix. The appendix is then “walled off” from the rest of your organs by scar tissue. As a result, the virus doesn’t spread. However, an infected appendix may tear, which can cause peritonitis.

Treatment of Appendicitis

A procedure to remove the inflamed appendix, often known as an appendectomy or appendicectomy, is the primary treatment for appendicitis. The body may survive without an appendix and still function normally.

One of two methods can be used to remove the appendix:

Through a small telescope, laparoscopic (or “keyhole”) surgery is performed.
There will be 3 little keyhole wounds that are open, each measuring between 1 and 2 cm long. One of the cuts will be on the right lower abdomen.

The type of operation, the patient’s general condition, and whether or not the appendix has ruptured all affect how long it will take to recover after surgery. The majority of folks heal without too many issues. The wound may occasionally become infected and require further medical attention.

When the appendix is removed and later discovered to be normal and not inflamed, this usually indicates that there is another cause for the symptoms that are consistent with appendicitis. Your doctor can suggest checking for a different problem-causing factor. Your surgeon may advise modest exercise for a few weeks following surgery to allow the surgical wound to heal.

Although surgery is the primary treatment for appendicitis, antibiotics may also be employed on occasion. They are not always effective. If surgery is delayed, such as if you have to travel a considerable distance to undergo the procedure, or for patients who are unsuitable for surgery, such as being too fragile, antibiotics may be administered. Before surgery, your doctor could advise taking antibiotics to lower the chance of infection.

Prevention of Appendicitis

Although appendicitis may not be preventable, making healthy decisions and adopting good habits might assist.

Foods you should eat:

Foods high in fibre are advised since having appendicitis seems less likely if you consume a diet high in fibre. So, incorporate the following foods into your diet:

Over morning cereals, choose oats or wheat groats
substituting whole wheat flour for all-purpose flour
instead of white rice, use brown rice
Dessert with fresh fruit

Foods to avoid:

Foods that have been processed, fried, or junk food is fatty and may aggravate the digestive tract.
In addition to damaging the liver, alcohol affects digestion as well.
The fat content of red meat makes it difficult to digest.
Typical sugary foods include cakes and pastries.

Arrhythmia: Symptoms, Types, Causes, Treatment, and Prevention

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is Arrhythmia?

Arrhythmia is an irregular heartbeat (uh-RITH-me-uh). If the electrical signals that coordinate the heart’s beats do not work properly, heart rhythm problems (heart arrhythmias) can occur. Heart rhythms are affected when the signaling malfunctions, resulting in fast, slow, or irregular heartbeats.

It is possible to feel a racing or fluttering heart with an arrhythmia and it may be harmless. Heart arrhythmia can, however, cause troubling or even life-threatening symptoms in some people.

Heart rates can be fast or slow depending on a person’s health. Exercise makes your heart rate run fast. When you sleep, your heart rate might slow down.

To control or eliminate fast, slow or irregular heartbeats, medications, catheter procedures, implanted devices or surgery may be used. Lifestyle choices that promote heart health may prevent certain heart arrhythmias from occurring.

Arrhythmia vs. Dysrhythmia

Both arrhythmias and dysrhythmias are types of heart rhythm disorders. An abnormal heartbeat has an abnormal pace or rhythm.

Arrhythmia is characterized by the “a” prefix, which means absence. As in this case, there is no (normal) rhythm.

Likewise, the prefix “dis” means something is difficult or fails to work properly. This is exemplified by the word “dysfunction.”. This can refer to an abnormal rhythm, such as dysrhythmia.

In general, both terms refer to heart rates that differ from those typically observed due to their speed or rhythm. It is more commonly referred to as arrhythmia today.

Types of Arrhythmia

As described here, arrhythmias come in several forms:

Atrial fibrillation

Almost always, tachycardia is present in this type of irregular beating of the atrial chambers. The condition of atrial fibrillation (A-fib) is common in adults over the age of 65.

The chamber fibrillates instead of producing one, strong contraction, often resulting in rapid heartbeats.

Atrial flutter

Atrial flutter typically results from a single spot in the atrium that is not conducting properly, whereas fibrillation creates numerous random and diverse quivers in the atrium. This produces a consistent pattern in abnormal heart conduction.

Some people may experience both flutter and fibrillation. Without treatment, atrial flutter frequently develops into fibrillation and can be a dangerous condition.

Supraventricular tachycardia

Overventricular tachycardia (SVT) is the phenomenon of a rapid but rhythmically regular heartbeat. In some cases, an individual may experience a short burst of accelerated heartbeats, which can last from a couple of seconds to several hours. It is classified as an SVT by physicians if you have atrial fibrillation or flutter.

Ventricular tachycardia

There are abnormal electrical impulses that originate in the ventricles of the heart, resulting in an abnormally fast heartbeat. This often occurs when the heart has to scar from a previous heart attack.

Ventricular fibrillation

Heartbeats that are fast, uncoordinated, and fluttering are termed ventricular fibrillation. There is no pumping of blood in the ventricles; instead, they quiver.

A life-threatening condition, ventricular fibrillation is usually associated with heart disease. The most common cause is a heart attack.

Long QT syndrome

Heart rhythm disorders can cause rapid and uncoordinated heartbeats as a result of this syndrome. This can cause fainting, a potentially life-threatening condition. Taking certain medications or having a genetic predisposition can also cause it.

Symptoms of Arrhythmia

The symptoms of an arrhythmia may not be apparent to you. Here are some of the most common signs:

The experience of having your heart skip a beat
A feeling of fluttering in your chest or neck
Rapid heartbeat
Slow or irregular heartbeat

Make an appointment with your doctor to discuss your symptoms so your arrhythmia can be diagnosed and treated effectively. A malfunctioning heart can also cause more serious symptoms, such as:

Chest pain
Tightness in the chest
Difficulty in breathing
Dizziness
Fainting, or almost fainting
Irregular pulse
Weakness
Heart palpitations
Low blood pressure
Fatigue
Sweating

Causes of Arrhythmia

The following conditions can cause arrhythmia:

A heart attack
Diabetes
A structural abnormality of the heart such as cardiomyopathy, valve disease, or scarring caused by a previous heart attack.
High blood pressure
Heart failure
Congenital heart disease
Coronary heart disease
Obstructive sleep apnea (OSA)
Thyroid problems

Risk Factors of Arrhythmia

Arrhythmias may be more likely to develop if you have certain risk factors. There are, however, some people who do not develop irregular heartbeats despite having these risk factors.

There are some medical conditions that increase the risk of arrhythmia. There are others that may be caused by genetics, behavior, or medication.

The following conditions may increase your risk of developing arrhythmia:

Failure of the heart or heart attack
Cardiomyopathy (heart muscle disease)
Endocarditis (heart inflammation)
Coronary artery disease
Heart valve disease
High blood pressure
Having an overactive or underactive thyroid gland
Kidney disease
Eating disorders that lead to electrolyte imbalances or malnutrition
Fever
Sleep apnea
Chronic lung disease
Diabetes

Diagnosis of Arrhythmia

Doctors use a variety of tests to diagnose arrhythmias and determine their causes:

EKG: Electrocardiograms record the electrical activity of your heart. You put on tiny electrode patches on your arms, legs, and chest when you visit the doctor. The test is quick and painless.

Holter monitor: Portable EKGs (also called ambulatory electrocardiograms or ECGs) are about the size of postcards or digital cameras. They are used for two weeks or 1 to 2 days.

Your heart is tested by measuring the movement of electrical signals or waves. Heart contractions (squeeze) and blood pumping are signaled by these signals. It will be necessary to tape electrodes to your skin.

While some people experience mild skin irritation from the tape used to attach the electrodes to the chest, the procedure is painless. The electrodes can be worn while showering or bathing, but not while swimming. Upon completion of the test period, you’ll see your doctor again. You can download the information from them.

Event monitor: A doctor may recommend you wear one of these, usually for about a month, if your symptoms don’t occur often. You can record and store your heart’s electrical activity when you push a button. You should get a reading as soon as you notice symptoms. The doctor will interpret the results for you.

Implantable loop recorder: It constantly records the electrical activity of your heart, which your doctor implants under your skin. Information will be sent to your doctor.

Stress test: It is possible to perform different kinds of stress tests. The purpose is to determine how much stress your heart can handle before developing a rhythm problem or not receiving enough blood.

Stress tests typically involve walking on a treadmill or pedaling a stationary bike while getting an EKG and having your heart rate and blood pressure monitored. Technicians gradually increase your exercise intensity.

In this test, ultrasound is used to examine the muscles and valves of the heart.

Cardiac catheterization: A thin, long tube called a catheter will be inserted into a blood vessel in your arm or leg. A special X-ray machine will help guide the needle to your heart. After injection of dye through the catheter, your heart valves, coronary arteries, and chambers will be photographed with X-rays.

Electrophysiology study: An electrocardiogram records the electrical activity and pathways of your heart. A heart rhythm test can help determine the cause of a heart rhythm problem and recommend the best treatment for you.

An abnormal heart rhythm will be safely triggered during the test by your doctor. After that, they will determine which medication works best or what procedure or device you need to treat it with.

Head-up tilt table test: These tests are used by doctors to diagnose fainting spells. Standing up and lying down cause blood pressure and heart rate to differ. The head-up tilt table test will be performed in a lab.

The specialists will check your blood pressure and oxygen level while you lie on a stretcher tilted at different angles. The results show whether your electrical, nervous, or vascular systems are responsible for your passing out symptoms.

Complications of Arrhythmia

Uneven heart rhythms can cause serious problems, such as:

Alzheimer’s disease and dementia. It is possible that these cognitive disorders occur as a result of not getting enough blood to the brain.

Heart failure. Having repeated arrhythmias may cause you to have poor heart pumping.

A clot can occur when blood remains in the atria. The clot may cause a stroke if it travels to the brain.

Cardiac arrest. In case you have V-fib, your heart can stop.

Treatment of Arrhythmia

The treatment for Arrhythmia is as follows:

Sinus node dysfunction – Permanent pacemakers are usually prescribed for people with frequent, severe symptoms.

Supraventricular tachyarrhythmias – Arrhythmias are treated differently depending on their causes. People with this problem may find relief by massaging their carotid sinuses in their necks.

There are a variety of medications that may be necessary for some people, including beta-blockers, calcium channel blockers, digoxin (Lanoxin), and amiodarone (Cordarone).

The radiofrequency catheter ablation procedure, which destroys a section of tissue in the A-V node, is effective for some patients because it prevents excess electrical impulses from reaching the ventricles.

Atrial fibrillation – Overactive thyroid can cause atrial fibrillation that can be treated with medications or surgery. A damaged heart valve can be replaced to treat fibrillation caused by mitral or aortic valve disease.

A number of medications have been found to slow the heart rate, including beta-blockers (such as atenolol and metoprolol), amiodarone, diltiazem (Cardizem, Tiazac), or verapamil (Calan, Isoptin, Verelan).

Atrial fibrillation can be prevented with medications such as amiodarone. A radiofrequency catheter ablation or electrical cardioversion may also be used as a treatment option, where an electrical shock is delivered to the heart to restore normal heart rhythm.

A-V block – It is usually not necessary to treat a first-degree A-V block. EKGs may be performed frequently on people with second-degree A-V blocks, especially if they show no symptoms and have an appropriate heart rate for their daily activities.

The patient may need a pacemaker permanently if he or she has second-degree heart block. Permanent pacemakers are almost always used for third-degree A-V blocks.

VT – If the heart has not suffered any structural damage, non-sustained VT may not require treatment. Treatment options for sustained VT include intravenous medicine or an emergency electrical shock (defibrillation), which can return the heart’s rhythm to normal.

Ventricular fibrillation – Defibrillation is used to treat this, delivering the heart a controlled electrical shock to get it back to a normal rhythm. In an emergency, the skin over the heart can get an electrical shock.

Potential candidates for an automated implantable cardioverter defibrillator include those who have survived ventricular fibrillation and those who are at high risk.

With wires linked to the heart that connects to an energy source under the skin, the device resembles a pacemaker. The operation is done in the operating room is where the procedure is done.

Prevention of Arrhythmia

By making a conscious effort to lead a healthy and active lifestyle, irregular heartbeats can be avoided.

The first steps in prevention involve focusing efforts on conscious choices including eating a diet low in cholesterol, avoiding smoking or exposure to secondhand smoke, and engaging in regular exercise to burn any extra body fat.

There are some preventive measures that can avoid the occurrence of irregular heartbeats are:

Limiting consumption of alcohol, drugs, and caffeine
Preventing unneeded stress such as fear, anger, and tension, and avoiding circumstances or situations that could mimic stress in these forms.

To the greatest extent possible, control blood sugar and salt levels in the body to prevent diabetes.

Hepatitis What Is Hepatitis, Types, Symptoms, Causes, and Treatment

Hepatitis: What are Hepatitis, Types, Symptoms, Causes, and Treatment

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is Hepatitis?

There are many types of hepatitis, but hepatitis, in general, refers to inflammation of the liver. The liver is prone to inflammation due to several causes, including viruses (viral hepatitis), chemicals, drugs, alcohol, genetic disorders, and an overactive immune system attacking the liver, called autoimmune hepatitis.

Acute hepatitis flares up suddenly and then subsides, but chronic hepatitis produces more subtle symptoms and results in progressive liver damage over time. Hepatitis A, B, C, D, and E are the five main viral types of hepatitis. Hepatitis caused by viruses differs from one type to another.

Types of Hepatitis:

Hepatitis A. There are no long-term infections associated with this type, and complications are usually not experienced. About two months pass before your liver heals. There is a vaccine you can use to prevent it.

Hepatitis B. A person usually recovers from this type of illness within six months. Unfortunately, it can sometimes lead to long-term infections that lead to liver damage. It is possible to spread the virus even if you don’t feel sick once you have the disease. A vaccine will prevent you from getting it.

Hepatitis C. There are several types of this disease, but many people don’t have symptoms. A long-term infection occurs in about 80% of people with the disease. There is a possibility that it can lead to cirrhosis of the liver. As far as I know, there is no vaccine to prevent it.

Hepatitis D. Only hepatitis B infections cause this rare form of hepatitis. Inflammation of the liver is also caused by the hepatitis D virus (HDV), but a person cannot contract HDV without also having hepatitis B. Hepatitis B chronic patients are affected by HDV in almost 5 percent of cases worldwide.

Hepatitis E. Viruses such as the hepatitis E virus (HEV) cause hepatitis E, a waterborne disease. People typically contract hepatitis E through ingesting fecal matter contaminated by contaminated water in areas with poor sanitation. A CDC report indicates that this disease is rare in the United States. When a pregnant woman is infected with hepatitis E, it can be particularly dangerous.

Causes of Hepatitis:

Infecting the liver with a virus causes viral hepatitis. About 90% of acute hepatitis cases in developed countries are caused by hepatitis A, B, and C viruses. It is also possible to contract hepatitis D and E from these viruses.

Alcohol, drugs, toxic chemicals, etc., are some of the main causes of non-viral hepatitis. There are also diseases affecting the liver that can cause them, such as fatty liver (NASH).

Symptoms of Hepatitis:

Most of the time, you don’t see any symptoms of hepatitis A until you’ve had the virus for a few weeks. The symptoms of hepatitis A do not affect everyone. You may experience the following signs and symptoms of hepatitis if you do:

Fatigue
Sudden vomiting and nausea
Discomfort or pain in your abdomen, especially beneath the lower ribs on your upper right side.
Constipation with clay-colored stools
Loss of appetite
Joint pain
Low-grade fever
Dark urine
Having yellow skin and eyes (jaundice)
Intense itching

These symptoms may last for a few weeks and be relatively mild. Although hepatitis A infections can sometimes cause severe illness, they do not always last for long periods.

How to Diagnose Hepatitis?

The diagnosis of hepatitis usually involves a combination of blood tests, imaging tests, and liver biopsies, depending on its cause and degree of progression. The immune system produces antibodies to fight viral hepatitis if it is suspected that a particular virus is causing the disease.

Samples of blood are tested to diagnose viral hepatitis if that virus is suspected. Viral and non-viral hepatitis can also be diagnosed with blood tests that look for signs of liver damage.

Labs and Tests:

Health care providers may suspect hepatitis if they notice flu-like symptoms, gastrointestinal symptoms, or jaundice (yellowing of the skin or whites of the eyes). A blood test may be ordered based on these symptoms as well as medical history and physical exam.

Liver Function Tests:

An individual’s blood can provide a great deal of information about his or her liver’s health. Tests for liver function are used to detect symptoms of hepatitis caused by bilirubin (a by-product of blood that causes jaundice) and certain liver enzymes.

In normal circumstances, the liver maintains tight control over these enzymes. Your healthcare provider can detect enzymes in a small sample of blood when it is damaged since enzymes escape into the blood when it is damaged.

Liver damage is typically detected by testing four enzymes:

Alanine aminotransaminase (ALT)
Aspartate aminotransferase (AST)
Gamma-glutamyl transaminase (GGT)
Total Bilirubin

Antibody Tests:

The body makes two types of antibodies: IgM antibodies for fighting specific viruses, which are produced as soon as the body identifies one. After infection, the body produces IgG antibodies that function to provide future immunity while also being specific to the virus.

Three hepatitis viruses can be tested for antibodies against – hepatitis B (HBV), hepatitis C (HCV), and hepatitis A (HAV).

Direct Viral Measures:

Polymerase chain reaction (PCR) tests can measure the amount of virus in the blood in addition to detecting antibodies against HBV and HCV.

Imaging:

While imaging tests cannot detect viral infections of the liver, they can reveal inflammation, changes in size, and tumors that result from chronic infections or liver disease caused by hepatitis.

Abdominal ultrasound: A liver and abdomen ultrasound can detect abnormalities in the liver and abdomen, as well as fluid buildup in the abdomen due to liver disease.
Computerized axial tomography (CT): Hepatitis can cause changes to the liver’s size and density, and an abdominal CT scan may detect masses or signs of early cancer.
Magnetic resonance imaging (MRI): MRIs can detect abnormalities suggestive of cancer or liver dysfunction.

How is Hepatitis treated?

Your treatment options will depend on the type of hepatitis you have and the severity of the infection.

Hepatitis A

The symptoms of hepatitis A may go away without treatment if it is a short-term illness. There may, however, be a need for bed rest if symptoms cause a great deal of discomfort. A dietary plan to maintain hydration and nutrition may be recommended by your doctor if you experience vomiting or diarrhea.

Hepatitis B

Acute hepatitis B does not have a specific treatment program. Those with chronic hepatitis B, however, will require antiviral medications. The cost of this type of treatment can be high, as you may need to continue it for several months or even years.

In addition to regular medical evaluations and monitoring, chronic hepatitis B treatment must also be monitored to determine whether the virus is responding.

Hepatitis C

Hepatitis C can be treated with antiviral medications both acutely and chronically. The most common type of antiviral drug therapy used for chronic hepatitis C is a combination of antiviral drugs. Further testing may also be required to determine the best treatment option.

The liver transplant procedure may be considered for people who develop cirrhosis or liver disease as a result of chronic hepatitis C.

Hepatitis D

Hepatitis D can be treated with pegylated interferon alpha, according to the WHO. There are, however, some severe side effects associated with this medication. Due to these reasons, it should not be taken by people with cirrhosis liver damage, psychiatric conditions, or autoimmune diseases.

Hepatitis E

Due to the nature of the infection, no specific medical treatment for hepatitis E is available at present. It usually resolves on its own because it is often acute.

A doctor will usually recommend getting enough rest, drinking plenty of fluids, eating enough nutrients, and avoiding alcohol for patients with this infection. This infection, however, must be closely monitored and treated in pregnant women who develop it.

You can Read Also: Hematoma: Causes, Symptoms, and Treatments

Tips to Prevent Hepatitis:

Keep your weight in check: Obesity leads to fatty liver and eventually cirrhosis. A low-fat diet is recommended to maintain the health and function of your liver. A liver scarred by fat infiltration interferes with its normal function and causes it to malfunction.

Limit alcohol consumption: If you consume too much alcohol, you will permanently damage your liver. Alcohol irritates the liver and causes swelling. The consumption of alcohol increases the risk of developing cirrhosis if you have any type of liver disease.

Vaccinations: A vaccine is available to protect against viral liver diseases such as Hepatitis A and B. It’s important to make sure you have completed all your vaccinations to avoid viral liver diseases, which can be prevented with the right prophylactic measures.

Be careful while taking medications: Acetaminophen is one of the most common drugs with harmful side effects on the liver. It is also possible to adversely affect your liver when you regularly consume drugs like Ibuprofen and Aspirin. NSAIDs (nonsteroidal anti-inflammatory drugs) and other painkillers should be avoided to the greatest extent possible. A vitamin-like Vitamin A and a mineral-like Iron should be avoided if you already have some type of liver disease. Some herbal medicines, which are hepatotoxic should also be avoided.

Personal hygiene: The importance of personal hygiene in preventing Hepatitis cannot be overstated. Hepatitis infection can be prevented through frequent hand washing, avoiding sexual contact, not sharing needles, and consuming clean water and food. Food and water that have been contaminated should be avoided completely, especially when traveling. Person-to-person contact with an already infected patient should also be avoided to prevent the spread of the Hepatitis virus.

Complications of Hepatitis:

Hepatitis is primarily associated with liver complications. However, it can also cause:

Leg, ankle, and foot swelling
Confusion
Jaundice
Blood in the feces and vomit

Fibrosis, liver cirrhosis, and cancer are among the liver’s problems. The consequences of hepatitis are life-threatening if not treated properly.

When to See Doctor?

It is important for people who haven’t had the vaccine and believe they may have been exposed to hepatitis to see a doctor. Healthcare providers can take preventive measures to protect a fetus if a pregnant woman undergoes HBV screening.

Hematoma: Causes, Symptoms, and Treatments

Leave a Comment / Health and Tips / By Sarvesh Joshi

What is a Hematoma?

A hematoma is blood gathering outside of the blood vessels that cause discomfort, swelling, and disfiguring bruising. Some hematomas can harm internal organs, cause skin and tissue damage, and necessitate medical intervention.

Hematomas can occur when any type of blood vessel is injured, including arteries, veins, and small capillaries. Traumas such as vehicle accidents, head injuries, falls, aneurysms, and bone fractures can all result in hematomas. Hematomas are more likely to form in people with certain medical problems such as hemophilia, blood malignancies, and liver illness.

Hematoma is a common condition that many people face at some point in their lives. Under the skin or on the nails, bruises appear as purple bruises of varying sizes. Skin bruises are commonly referred to as contusions. A bruise may not be visible because it is deep within the body. It is not uncommon for hemostasis to produce a lump or mass that is feelable. Depending on where a hemorrhage is found, it is sometimes called by a specific name. Here are a few examples:

Subdural hematoma: A hematoma is a blood clot between brain tissue and the lining of the brain.
Spinal epidural hematoma: a hematoma between the spinal vertebrae and the spinal cord’s outer lining
Intracranial epidural hematoma: a hematoma between the skull and the brain’s outer lining
Subungual hematoma: Underneath the nail, there is a hematoma.
Intra-abdominal, peritoneal, or retroperitoneal hematoma: an internal hematoma in the abdominal cavity
Ear or aural hematoma: a hematoma involving the ear cartilage and the skin above it
Splenic hematoma: the presence of a hematoma in the spleen
Hepatic hematoma: the presence of a hematoma in the liver

What Are the Differences Between Bruises and Hematomas?

Bruises form when small blood vessels are damaged and blood leaks into the tissues beneath the skin. Hematomas, on the other hand, are greater leaks from larger blood arteries that cause blood to pool and can occur deeper in the body than broids.

Hematomas differ from bruises in that a bruise is flat and causes the affected area of the skin to turn black and blue. Meanwhile, a hematoma causes a painful bump on the skin that might be red, black, blue, or purple if the hematoma is visible.

Hematomas differ from bruises in terms of intensity and duration. Hematomas might remain a month or longer, but most bruises wear away within a few days to weeks. Hematomas can cause more severe and long-term pain than bruising.

Causes of hematoma:

Blood can flow into the surrounding tissue when a blood artery ruptures or is wounded, where it pools and forms a hematoma. Trauma or injury is the most prevalent cause of a hematoma. A bruise can be caused by a little injury to small blood vessels, such as capillaries in the skin. Larger veins can result in greater bleeding (hemorrhage) and larger hematomas, and head injuries can result in a hematoma forming inside the skull, compressing the brain.

Hematomas can also develop if your blood is unable to clot properly due to a coagulation condition, anticoagulant medicines, or a chronic disease.

Common causes of hematoma

A hematoma can be produced by several things, including:

Warfarin (Coumadin) and heparin are anticoagulant medicines.
Chronic diseases may necessitate a blood draw technique (venipuncture) or the implantation of an intravenous catheter.
Hemophilia and Von Willebrand’s disease are examples of coagulation abnormalities (hereditary bleeding disorder)
a lack of platelets (platelets are part of the normal blood clotting process)
Injury or a traumatic event

Certain blood thinners can increase the chances of a hematoma forming. People who take Coumadin (warfarin), Plavix (clopidogrel), aspirin, Persantine (dipyridamole), or aspirin-containing products (like Alka Seltzer) are more likely to develop a hematoma and have less severe blood vessel injury than others.

Because these drugs affect the blood’s ability to clot, modest blood vessel damage becomes more difficult to repair, resulting in hematoma formation.

Other drugs and substances that may cause excessive bleeding include:

vitamin E,
NSAIDs, or nonsteroidal anti-inflammatory medications, such as ibuprofen (Motrin, Advil, Aleve),
garlic supplements, and
Ginkgo biloba.

Symptoms of Hematoma:

Symptoms of more superficial hematomas include:

discoloration
inflammation and swelling
tenderness in the area
redness
warmth in the skin surrounding the hematoma
Pain

Internal hematomas might be difficult to detect. Anyone who has been in an accident or experienced a significant injury should see a doctor regularly to have hematomas checked.

Hematomas in the brain are especially deadly. Even if you’ve seen a doctor about an injury, keep an eye out for new symptoms like:

a severe, worsening headache
uneven pupils
difficulty moving an arm or leg
hearing loss
difficulty swallowing
sleepiness
drowsiness
loss of consciousness

Risks of Hematoma:

The chance of acquiring a hematoma is increased by several variables. Hematoma can be caused by many factors, including:

Intracranial and intracerebral (brain) aneurysms are two types of aneurysms.
Therapy with anticoagulants, antiplatelets, or aspirin to prevent blood clots
Bleeding disorders, such as hemophilia
Blood vessel disorders or damage
Heavy alcohol use
Injuries caused by direct force or by explosions/blasts
Bleeding may be made worse by liver disease
As people get older, their skin and blood vessels grow more vulnerable.
a lack of platelets
Surgery
Vitamin K insufficiency is an example of a vitamin deficit (vitamin K is necessary for blood clotting)

Diagnosis of Hematoma:

A hematoma examination comprises a physical examination as well as a thorough medical history. There are no specific blood tests for evaluating a hematoma in general.

However, depending on the situation, tests such as a complete blood count (CBC), coagulation panel, chemistry and metabolic panel, and liver tests may be beneficial in examining a person with a hematoma and establishing whether any underlying disorders are responsible for the hematoma formation.

Imaging techniques are commonly used to diagnose hematomas within the body.

A computed tomography (CT) scan of the head can be used to diagnose a subdural hematoma.
If a hematoma in the abdominal cavity (intra-abdominal, hepatic, splenic, retroperitoneal, peritoneal) is suspected, a CT scan of the abdomen is a suitable test.
A magnetic resonance imaging (MRI) scan is more accurate than a CT scan in detecting epidural hematomas.

When to See the Doctor for Hematoma?

If the symptoms of a hematoma are severe or the size of the hematoma continues to grow, medical attention should be sought. Hematomas in the brain (subdural) and epidural hematomas, for example, usually require immediate medical and surgical intervention, especially if they are coupled with neurologic issues.

Emergency department physicians, urgent care physicians, surgeons, neurosurgeons, and internal medicine doctors are the most common clinicians who treat hematoma patients.

Home remedies for Treating hematoma:

Contusions are the most common cause of cutaneous hematomas, which can be treated with rest, cold, compression, and elevation (RICE). They will eventually be resolved. Immobilization of the damaged body part for a few days, depending on the location, may hasten recovery, but there must be a balance between healing and maintaining the affected body part’s range of motion.

Patients using blood thinners, for example, should avoid ibuprofen because of the risk of stomach bleeding, while patients with liver illness should carefully monitor their acetaminophen intake.

Treatment of Hematoma:

A hematoma may not require treatment in some instances. The blood from the hematoma is normally absorbed by the body over time.

Rest the wounded area and apply an ice pack wrapped in a towel to relieve any pain or swelling from a hematoma under the skin, nail, or other soft tissue.
Wrapping or splinting the area around the hematoma may help prevent the blood vessel from reopening while it heals. If this is essential, a doctor will give you detailed instructions on how to perform it.

If the injury is painful, doctors may prescribe over-the-counter or prescription pain medications. They would normally advise a person to stay away from certain pain medicines, such as aspirin because they thin the blood and can exacerbate the hematoma.

A hematoma may require surgical drainage in some cases. If blood is placing pressure on the spinal cord, brain, or other organs, surgery may be necessary. Doctors may decide to remove a hematoma that is in danger of infection in other instances.

Even though the hematoma is inside the skull, surgical therapy may not be required in all situations. The hematoma may continue to expand in rare circumstances when the injured blood vessel continues to leak blood. The outcome is a mixture of old and fresh blood, which specialists will have to extract.