Iam suffering from PID from past 6 months and consulted many doctors but no one gave me exact cure and only medicines they give is pain killers and antibiotics but with time swelling increased and pain got worse
Hello Dolly.
As you are suffering from PID since 6 months and haven't seen any improvement even after complete course of antibiotics then I would suggest you to get checked for antibiotics resistance as PID is very stubborn disease and post result you should start the antibiotics course again and complete it .
And after even this you don't get cured I would suggest to consult obg gynec for laproscopic surgery to remove pus and scar tissue
I would also suggest pain killer for your pain like zerodol sp
And inclusion of anti inflammatory diet like omega 3 .
Thank you hope u find this helpful
Why this is happening, my age is 48 years and suffering from light headed ness and severe weakness since long with no such other symptoms. Please share how can I get rid of it. On 17 th March 25 I had inguinal hernia operation and after removal of stitching it again became bit swollen and
Persistent light-headedness and severe weakness over a long period, especially in someone aged 48, can be linked to several underlying causes — such as anemia, low blood pressure, blood sugar imbalances, inner ear disorders (vestibular issues), or even neurological or cardiac conditions. Since you’ve been feeling this way for 3 years, it's essential to get a comprehensive evaluation including blood work (CBC, sugar levels, thyroid, electrolytes), ECG, and possibly imaging like a brain MRI or ENT evaluation if needed.
Regarding the inguinal hernia surgery — if the area became swollen again after stitch removal, it could be due to fluid collection (seroma), minor infection, or tissue reaction. It’s important to get it rechecked by the surgeon to rule out complications. For long-term relief, focus on:
Eating a balanced, iron-rich diet
Staying hydrated
Managing stress and sleep
Following up regularly with a physician for any lab abnormalities
If you'd like, I can help list the exact tests to ask your doctor for or even suggest lifestyle tips to manage dizziness better.
I recently had some lower back pain, and my doctor suggested a kidney ultrasound to check for any issues. I’ve never had one before, so I’m wondering—what exactly does a kidney ultrasound show, and why is it done?
From what I understand, a kidney ultrasound is used to check for things like kidney stones, cysts, or infections. But does it also show kidney function, or is that something only blood tests can measure? If my kidneys look normal on the ultrasound, does that mean they’re healthy?
I’m also wondering how a kidney ultrasound works. Is it similar to pregnancy ultrasounds, where a technician moves a probe over the skin? Do I need to drink a lot of water beforehand, or is fasting required? How long does it take, and is it uncomfortable?
Another concern I have is whether a kidney ultrasound can detect early-stage kidney disease. If someone has mild kidney dysfunction, would the ultrasound show it, or would they need different tests like a CT scan or MRI?
For those who have had a kidney ultrasound, what was your experience like? Did it help diagnose an issue, or did your doctor need to run additional tests?
A kidney ultrasound is a helpful diagnostic tool to evaluate the structure of your kidneys and nearby organs. It can detect things like kidney stones, cysts, or infections, but it doesn't measure kidney function directly. For kidney function, blood tests like creatinine or eGFR are more useful.
In terms of how it works, a kidney ultrasound is indeed similar to a pregnancy ultrasound. A gel is applied to your skin, and the technician will move a probe over the area to get images of your kidneys. You generally don’t need to fast, but your doctor might ask you to drink water beforehand, depending on the situation. The procedure itself is usually painless and can take around 20–30 minutes.
As for early-stage kidney disease, an ultrasound can’t always detect mild dysfunction. It focuses on structural issues, so if you're concerned about kidney function, additional tests like blood work would be necessary. If everything looks normal on the ultrasound, that's a good sign, but it doesn't fully rule out kidney disease. If you’re still unsure, I’d recommend discussing your concerns further with your doctor, especially if you're experiencing ongoing symptoms.
For the past few months, I’ve been feeling extremely tired, even after a full night’s sleep. I’m 50 years old and thought it was just due to my busy lifestyle and work stress, but the fatigue has been getting worse. I also have a pale complexion, and I’ve noticed my tongue looks different—kind of swollen and smooth. I went to my doctor and had some blood tests done, and it turns out I have pernicious anemia. I’m still not fully sure what that means, though.
My doctor explained that pernicious anemia is a condition where my body can’t absorb vitamin B12 properly, which is affecting my red blood cell production. I’ve been prescribed vitamin B12 injections, but I’m wondering if there’s anything else I should know about managing pernicious anemia. What are the pernicious anemia symptoms that I should watch out for? I’ve heard that this condition can cause nerve damage, but I’m not sure what other effects I should be concerned about.
Could pernicious anemia lead to more serious issues if left untreated? I’m also wondering if I should make any diet changes to help with the condition. Can I still live a normal life with pernicious anemia, or will I need regular treatments like the B12 injections for the rest of my life? I’ve also been feeling more forgetful recently—could this be linked to pernicious anemia, or is it just another sign of aging?
Pernicious anemia occurs when your body can't absorb enough vitamin B12, which is necessary for producing healthy red blood cells. This can lead to symptoms like fatigue, weakness, pale skin, and even cognitive issues like forgetfulness, which could be linked to your condition. Nerve damage is also a concern if pernicious anemia is left untreated, as vitamin B12 is important for nerve health. It can lead to tingling or numbness in the hands and feet, difficulty walking, and even balance issues.
The good news is that with treatment, such as vitamin B12 injections, most people can manage their symptoms effectively. You may need lifelong treatment with regular B12 injections, but with proper care, you can lead a normal life. In addition to the injections, focusing on a diet rich in B12 (like meats, fish, dairy, and fortified cereals) can help, though it may not fully replace the need for injections in your case.
If your forgetfulness continues or worsens, it’s definitely worth discussing with your doctor to see if it's directly related to pernicious anemia or if other factors might be at play. Keep up with your treatments, monitor your symptoms, and stay in regular contact with your healthcare team to ensure the best management of your condition.
I recently heard about ascites, which is fluid buildup in the abdomen, and I was curious about what causes it.
What exactly is ascites, and why does fluid accumulate in the abdominal cavity? Is it always due to liver disease (cirrhosis), or can conditions like heart failure, cancer, or kidney disease also cause it?
What are the symptoms of ascites? Besides abdominal swelling, does it also cause shortness of breath, discomfort, or changes in digestion?
How is ascites treated? Do doctors drain the fluid with a paracentesis procedure, or can medications and diet changes help manage it?
For those who have had ascites, what was the cause, and how was it treated?
Ascites is the buildup of fluid in the abdominal cavity, often caused by liver disease such as cirrhosis, but it can also result from heart failure, kidney disease, or certain cancers. In liver disease, the liver becomes damaged, leading to increased pressure in the veins and fluid leakage into the abdomen. Conditions like heart failure or kidney disease can disrupt fluid balance, leading to ascites as well.
Symptoms typically include abdominal swelling, but it can also cause discomfort, bloating, shortness of breath, and even digestive changes. The pressure from the fluid can push up against the diaphragm, making breathing more difficult.
Treatment often involves draining the fluid through a procedure called paracentesis, especially if it causes significant discomfort. Diuretics (water pills) and dietary changes, like reducing salt intake, can also help manage fluid buildup. In some cases, treating the underlying cause is essential for long-term management.
I recently had a blood test, and my doctor mentioned that my body’s red blood cell production might be low. How does the body create new blood cells, and where does hemopoiesis take place?
What are the different types of blood cells produced in the bone marrow? Does hemopoiesis slow down with age, and what happens if the body doesn’t produce enough red or white blood cells?
Can diet and lifestyle affect blood cell production? Are there any vitamins, like iron, B12, or folic acid, that help improve hemopoiesis? Also, what conditions can interfere with blood production, such as leukemia or anemia?
Hemopoiesis, or hematopoiesis, is the process by which the body produces blood cells. This process primarily takes place in the bone marrow, the soft tissue inside your bones, although it can also occur in other tissues like the liver or spleen in certain situations.
The bone marrow produces three main types of blood cells: red blood cells (which carry oxygen), white blood cells (which fight infection), and platelets (which help with blood clotting). Hemopoiesis can slow down with age, but it can also be affected by conditions like anemia (low red blood cells) or leukemia (a type of blood cancer), where abnormal blood cell production occurs.
Your diet and lifestyle play a significant role in supporting healthy blood cell production. Key nutrients like iron, vitamin B12, and folic acid are essential for producing red blood cells and maintaining a healthy blood supply. If your body doesn’t produce enough red or white blood cells, it can lead to symptoms like fatigue, weakness, or increased susceptibility to infections.
I’ve been struggling with my weight lately, and I keep hearing that metabolism plays a huge role. But I don’t really understand how it works.
Does a slow metabolism mean you gain weight easier, or is that a myth? Are there specific foods or exercises that can help speed it up? I’ve heard strength training is better for boosting metabolism, but I usually just do cardio.
Also, can certain medical conditions slow down metabolism? I feel like I eat healthy but still gain weight, and I’m wondering if I should get my thyroid checked.
Anyone else dealing with metabolism issues? What’s helped you?
Metabolism refers to the processes your body uses to convert food into energy. It includes everything from breaking down food for fuel to how your body uses that energy. A "slow metabolism" means your body burns fewer calories at rest, which can contribute to weight gain or difficulty losing weight, but it’s not the sole factor.
While some people may have a naturally slower metabolism, other factors—such as muscle mass, activity level, and even genetics—also play a role. Strength training can indeed help increase your metabolism by building muscle, which burns more calories than fat, even when you're at rest. Cardio is great for overall health but may not have the same long-term impact on metabolism.
Certain medical conditions, like hypothyroidism (an underactive thyroid), can slow metabolism. If you're concerned, it may be worth checking your thyroid function with a simple blood test. I recommend discussing this with your doctor to rule out any underlying issues.
My mother has arthritis problem many years ago . And the doctor asks there was no treatment of this problem.you only have to take medicine for life long.but now my mother right hand last 2 fingers did not work properly.can you plz help me what can we do for this?
Dear Harleen,
I understand your concern about your mother’s arthritis and the recent issue with her right hand’s last two fingers not working properly. While arthritis is often a chronic condition requiring lifelong management, new symptoms like finger dysfunction may indicate additional complications that need further evaluation.
Possible Causes of Finger Dysfunction
1. Arthritis Progression – If your mother has rheumatoid arthritis or osteoarthritis, joint deformities or inflammation can affect finger movement.
2. Nerve Compression (Ulnar Nerve Palsy) – The last two fingers are controlled by the ulnar nerve, which can get compressed at the elbow (cubital tunnel syndrome) or wrist (Guyon’s canal syndrome), causing weakness, numbness, or difficulty moving these fingers.
3. Tendon or Ligament Issues – Chronic arthritis can lead to tendon damage, making it hard to move certain fingers.
4. Cervical Spine Issues – If there’s nerve compression in the neck (cervical spondylosis), it can lead to hand weakness or numbness.
Next Steps & What You Can Do
1. Consult a Rheumatologist & Neurologist – Since this symptom is new, it’s important to get a detailed neurological and musculoskeletal examination to determine if it’s nerve-related or due to arthritis progression.
2. Nerve Conduction Study (NCS) & Electromyography (EMG) – These tests will help check if the ulnar nerve is compressed or damaged.
3. X-ray or MRI (Hand/Wrist & Cervical Spine) – To assess joint damage, nerve compression, or other structural issues.
4. Physiotherapy & Hand Exercises – A physiotherapist can guide her with nerve gliding exercises and joint mobility exercises to prevent further stiffness.
5. Bracing or Splinting – If it’s a nerve compression issue, wearing a soft elbow brace at night (for cubital tunnel syndrome) or a wrist splint might help relieve symptoms.
6. Medication Review – If she is on long-term arthritis medications (NSAIDs, DMARDs, or steroids), a review of her treatment plan may be needed to adjust for any new complications.
Since nerve-related issues can worsen over time, I strongly recommend seeing a neurologist or orthopedic specialist soon for a thorough evaluation. Early intervention can prevent permanent nerve damage and help improve function in her fingers.
I recently heard about a physiatrist, but I don’t know what they specialize in. Is a physiatrist the same as a physical therapist, or do they treat more than just injuries?
What conditions require seeing a physiatrist—is it only for people recovering from strokes or spinal injuries, or can they help with chronic pain too?
If anyone has seen a physiatrist, what was your experience, and did their treatment help?
A physiatrist is a medical doctor who specializes in physical medicine and rehabilitation (PM&R). They focus on diagnosing, treating, and managing conditions that affect the muscles, bones, and nervous system. Unlike physical therapists, who work with you on exercises and movement, physiatrists are trained to diagnose medical conditions and design comprehensive treatment plans.
Physiatrists treat a variety of conditions, including recovery from strokes, spinal cord injuries, chronic pain (like back or joint pain), sports injuries, and even conditions like arthritis or fibromyalgia. They often work with a team of specialists to help improve mobility, manage pain, and enhance overall function.
If you're dealing with chronic pain or recovering from an injury or neurological condition, seeing a physiatrist can be a helpful step. They may recommend treatments like medications, physical therapy, or lifestyle adjustments to improve your quality of life.
I was recently reading about diuretics and came across Mannitol, which is apparently used in hospitals for various conditions. I didn’t realize how widely it’s used, but now I’m curious—what are the common Mannitol side effects, and is it safe for everyone?
From what I read, Mannitol is an osmotic diuretic that helps remove excess fluid from the body. But how does it actually work? Does it pull water out of the tissues into the bloodstream before it’s excreted by the kidneys? How does this process affect overall hydration levels?
I also saw that Mannitol side effects can include electrolyte imbalances, dehydration, and even kidney strain. How common are these issues, and how do doctors monitor patients to prevent complications? Is Mannitol generally safe for people with kidney disease, or can it worsen their condition?
Another thing I’m wondering about is its use in reducing brain swelling and eye pressure. How does Mannitol help in cases of traumatic brain injury or glaucoma? Does it work instantly, or does it take time to show effects?
I also read that Mannitol side effects can include cardiovascular issues like low blood pressure and heart palpitations. How serious is this risk, and does it mainly affect people with preexisting heart conditions?
For those who have been given Mannitol, what was your experience? Did it work as expected, and did you have any side effects? I’m just trying to understand how it’s used in medical treatments and whether it has risks that need to be closely monitored.
Mannitol is an osmotic diuretic, meaning it helps remove excess fluid by drawing water into the bloodstream, which is then excreted by the kidneys. This process can indeed affect hydration levels, as it can cause dehydration if not monitored carefully. It’s important for doctors to monitor fluid balance and electrolytes when using Mannitol to prevent complications like dehydration or electrolyte imbalances, which are common side effects.
For people with kidney disease, Mannitol can sometimes worsen kidney function, especially if the kidneys are already compromised. That's why doctors closely monitor kidney function in these cases.
Mannitol is also used to reduce brain swelling, as in cases of traumatic brain injury, and to lower eye pressure in conditions like glaucoma. It works relatively quickly to decrease swelling and pressure, though the exact response time can vary from person to person.
As for cardiovascular side effects, low blood pressure and heart palpitations can occur, especially in patients with preexisting heart conditions. These risks are generally low if monitored correctly, but they require careful attention from healthcare providers.