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What is idiopathic intracranial hypertension? Idiopathic intracranial hypertension (IIH) is a disorder that results from an increase in the pressure of the Cerebro-Spinal Fluid (CSF) that cushions and protects the brain and spinal cord. The CSF is constantly produced in the brain and reabsorbed back into the bloodstream at a fairly constant rate. This allows the fluid pressure around the brain to remain constant. What are the symptoms of idiopathic intracranial hypertension? Headaches that are generally nonspecific in location, type and frequency and can be associated with nausea and vomiting. Pulsatile tinnitus is a rhythmic or pulsating ringing heard in one or both ears. Horizontal double vision can be a sign of pressure on the 6th cranial nerve(s). Nonspecific radiating pain in the arms or legs (radicular pain). Transient obscurations of vision (TOV), which are temporary dimming or complete blacking out of vision. Visual field defects. These defects can occur in the central as well as the peripheral vision. Loss of color vision. What causes idiopathic intracranial hypertension? The cause is usually not known. A common explanation for increased pressure is a problem with the reabsorption of this fluid back into the body, which causes the pressure to increase. Sometimes the cause is determined and is referred to as “secondary” intracranial hypertension.
What is idiopathic intracranial hypertension??? Idiopathic intracranial hypertension (IIH) is a disorder that results from an increase in the pressure of the Cerebro-Spinal Fluid (CSF) that cushions and protects the brain and spinal cord. The CSF is constantly produced in the brain and reabsorbed back into the bloodstream at a fairly constant rate. This allows the fluid pressure around the brain to remain constant. What are the symptoms of idiopathic intracranial hypertension? Headaches that are generally nonspecific in location, type and frequency and can be associated with nausea and vomiting. Pulsatile tinnitus is a rhythmic or pulsating ringing heard in one or both ears. Horizontal double vision can be a sign of pressure on the 6th cranial nerve(s). Nonspecific radiating pain in the arms or legs (radicular pain). Transient obscurations of vision (TOV), which are temporary dimming or complete blacking out of vision. Visual field defects. These defects can occur in the central as well as the peripheral vision. Loss of color vision. What causes idiopathic intracranial hypertension? The cause is usually not known. A common explanation for increased pressure is a problem with the reabsorption of this fluid back into the body, which causes the pressure to increase. Sometimes the cause is determined and is referred to as “secondary” intracranial hypertension.
Hypoglycemia is a common and serious medical emergency which may occur in both daibetic and non-diabetic patients. The signs and symptoms of hypoglycaemia may be present in many individuals, but may also be masked in several individuals due to a condition called hypoglycaemia induced autonomic failure. This presentation aims to deal with the causes, clinical features, diagnosis and management of various causes of hypoglycaemia. The causes of hypoglycaemia may be divided into hypoglycaemia in ill or medicated individuals and hypoglycaemia in previously asymptomatic individuals. A variety of causes are discussed under both headings. Management of hypoglycaemia is also discussed in detail. There is also a brief discussion about management of insulinoma.
Uncontrolled high blood pressure can lead to stroke by damaging and weakening your brain's blood vessels, causing them to narrow, rupture or leak. High blood pressure can also cause blood clots to form in the arteries leading to your brain, blocking blood flow and potentially causing a stroke. Dementia.
Capsaicin binds to pain receptors on our nerves called TRPV1. Normally, it reacts to heat by sending warning signals to the brain. Capsaicin causes TRPV1 to send those same signals. So, you react as if there's something hot in your mouth
procedure is usually done in the hospital or outpatient surgical center under general anesthesia (while you are asleep and pain-free). The procedure is performed in the following way: The surgeon makes a small cut (incision) below the belly button (navel). A needle or tube is inserted into the incision. Carbon dioxide gas is passed into the abdomen through the needle or tube. The gas helps expand the area, giving the surgeon more room to work, and helping the surgeon see the organs more clearly. A tube is placed through the cut in your abdomen. A tiny video camera (laparoscope) goes through this tube and is used to see the inside of your pelvis and abdomen. More small cuts may be made if other instruments are needed to get a better view of certain organs. If you are having gynecologic laparoscopy, dye may be injected into your cervix area so the surgeon can view your fallopian tubes. After the exam, the gas, laparoscope, and instruments are removed, and the cuts are closed. You will have bandages over those areas.
Visit http://www.vipmedicalgroup.com or call us at (877) 739-5306 for more information on minimally invasive pain management treatments. At VIP Centers, we offer pain management services such as treatment for neck pain, back pain, shoulder pain, hip pain, knee pain, or any other joint pain related injury. Our highly skilled team of doctors are Harvard trained and Board Certified. They have a wealth of experience in pain medicine, sports medicine, bone and joint inflammation. The procedures we offer do not require a hospital stay, general anesthesia, or painful surgery. This means you can return to your normal activities immediately after your treatment.
“Complete cure from groin hernia is now possible with Dr.Desarda's repair technique.......” Mesh is a foreign body. Therefore, its use in hernia repairs is known to cause all sorts of complications like pain, recurrence, infection etc. We have developed an innovative new technique of inguinal hernia repair without mesh. It uses your own body muscle for repair and gives virtually complete cure from inguinal hernia problem. An undetached strip of the external oblique aponeurosis is stitched on the weak area between the muscle arch and the inguinal ligament to form a new, strong and physiologically dynamic posterior wall that gives protection and prevents re-herniation. Normally patient goes home in a day after surgery and can drive car and go to office in 3-4 days time. This "Dr.Desarda's hernia repair" is now followed in many countries all over the world. We are surprised to see the enquiries from many patients in the developed countries asking for this repair in their country. This is because this operation does not use any foreign body like mesh for repair and therefore there are no complications that are seen in mesh repairs. A visit to Topix or other hernia forums show thousands of posts showing sufferings of many patients due to mesh repairs. But still why surgeons from developed countries are interested in mesh repairs is a big question for us. Please visit our website for more details: http://herniasurgery.tripod.com Our cell number: +91 9373322178
Scar revision includes techniques that improve the appearance of an unsightly scar, regardless of its size, type or age. This is typically not covered by insurance carriers and is treated as a cosmetic procedure. Though scars can never be completely removed, the appearance of scarring can be greatly diminished. Who Should Get Scar Revision? The best candidates for scar revision are in good health and have realistic expectations. Scar revision may be used to treat: Hyperpigmented scars Large or plainly visible scars Keloid scarring Raised scars Deep depression scars After scar revision, the appearance of your scar should be greatly reduced. Scar revision can improve the size, shape and color of your scar. Multiple procedures may be needed to achieve optimal results. There are several different techniques that can be used during your scar revision. During a consultation, we can discuss the best techniques and determine if you are a suitable candidate. What to Expect During Your Scar Revision Your scar revision may involve one or more of the following techniques: Topical treatments (gels, creams, external compression) can treat mild scarring or changes in pigmentation. Injectable treatments like dermal fillers are best for filling in scar depressions. These treatment options can provide long-lasting improvements, however, they are not always permanent. Surface treatments like chemical peels, dermabrasion, laser therapy and skin bleaching can improve skin tone and texture. More than one treatment may be needed to achieve optimal results. Surgical scar revision is only used in more severe cases. Reconstructive techniques like Z-plasty, tissue expansion, or skin grafting replace a prominent scar with a less noticeable scar. After Your Surgery Scar revision recovery varies depending on the procedure you have elected. Topical and injectable treatments rarely require downtime. Surface treatments and surgical removal can require several days of recovery. You may experience some temporary bruising, swelling, or discomfort. Over-the-counter or prescription medication can be used to manage pain. Topical and injectable treatments are likely to require sustained application to maintain results. The final results of surface treatments and surgical removal may not be visible for several weeks to months. It is important to protect the treatment area from direct sun exposure for several weeks. Additional details about your specific recovery will be discussed during your consultation.
ADH's job is to act on the kidneys to promote water reabsorption. In this lesson, we'll compare and contrast diabetes insipidus, or DI, in which there is too little ADH, and syndrome of inappropriate antidiuretic hormone secretion , or SIADH, in which there is too much ADH.
The exam should be performed in an orderly fashion as follows: 1. Have the patient stick out their tongue so that you can examine the posterior pharynx (i.e. the back of the throat). Ask the patient to say "Ah", which elevates the soft palate, giving you a better view. If you are still unable to see, place the tongue blade � way back on the tongue and press down while the patient again says "Ah," hopefully improving your view. This causes some people to gag, particularly when the blade is pushed onto the more proximal aspects of the tongue. It may occasionally be important to determine whether the gag reflex is functional (e.g. after a stroke that impairs CNs 9 or 10; or to determine if a patient with depressed level of consciousness is able to protect their airway from aspiration). This is done by touching a q-tip against the posterior pharynx, uvula or tongue. It is not necessary to do this during your routine exam as it can be quite noxious!
2. Note that the uvula hangs down from the roof of the mouth, directly in the mid-line. With an "Ah," the uvula rises up. Deviation to one side may be caused by CN 9 palsy (the uvula deviates away from the affected side), a tumor or an infection. CN9 Pasly Cranial Nerve 9 Dysfunction: Patient has suffered stroke, causing loss of function of left CN 9. As a result, uvula is pulled towards the normally functioning (ie right) side. 3. The normal pharynx has a dull red color. In the setting of infection, it can become quite red, frequently covered with a yellow or white exudate (e.g. with Strep. Throat or other types of pharyngitis).
4. The tonsils lie in an alcove created by arches on either side of the mouth. The apex of these arches are located lateral to and on a line with the uvula. Normal tonsils range from barely apparent to quite prominent. When infected, they become red, are frequently covered by whitish/yellow discharge. In the setting of a peritonsilar abscess, the tonsils appear asymmetric and the uvula may be pushed away from the affected side. When this occurs, the tonsil may actually compromise the size of the oral cavity, making breathing quite difficult.
5. Look carefully along the upper and lower gum lines and at the mucosa in general, which can appear quite dry if the patient is dehydrated.
6. Examine the teeth to get a sense of general dentition, particularly if the patient has a dental complaint. Pain produced by tapping on a tooth is commonly caused by a root abscess. Tooth Abscess: Tooth abscess involving left molar region. Associated inflammation of left face can clearly be seen. 7. Have the patient stick their tongue outside their mouth, which allows evaluation of CN 12. If there is nerve impairment, the tongue will deviate towards the affected side. Any obvious growths or abnormalities? Ask them to flip their tongue up so that you can look at the underside. If you see something abnormal, grasp the tongue with gauze so that you can get a better look. Left CN 12 Dysfunction: Stroke has resulted in L CN 12 Palsy. Tongue therefore deviates to the left.
8. Make note of any growths along the cheeks, hard palate (the roof of the mouth between the teeth), soft palate, or anywhere else. In particular, patients who smoke or chew tobacco are at risk for oral squamous cell cancer. Any areas which are painful or appear abnormal should also be palpated. Put on a pair of gloves to better explore these regions. What do they feel like? Are they hard? To what extent does a growth involve deeper structures? If the patient feels something that you cannot see, try to get someone else to hold the light source, freeing both your hands to explore the oral cavity with two tongue depressors.
You may have recently found out that you are deficient or know someone who is. It's shocking for most people when they have never had a problem before and believe nothing has changed to make it a problem now. The truth is that a lot has changed, and vitamin D deficiency and insufficiency is now a global public-health problem affecting an estimated 1 billion people worldwide. The most well-known consequences to not having enough vitamin D are rickets in children and osteomalacia in adults. These are far from the only problems associated with a vitamin D deficiency.