MY NOTES

1

PREVEEN GEORGE
......................................
JEDDAH
SAUDI ARABIA
Email:preveengeorge@gmail.com



THANK YOU FOR VISITING MY BLOG.....GOD BLESS YOU..

Showing posts with label preveengeorge. Show all posts
Showing posts with label preveengeorge. Show all posts

Tuesday, October 12, 2010

Carpal Tunnel Syndrome !

Carpal Tunnel Syndrome !

For everyone who works daily on a computer. The mistakes daily mouse and keyboard usage will result in Carpal Tunnel Syndrome ! Use the mouse and keyboard correctly. View below for the surgery of a patient suffering from Carpal Tunnel Syndrome followed by the RIGHT TECHNIQUES for usage....

Infotainment" href="http://keralites.net/" rel="nofollow" target="_blank" style="color: rgb(7, 77, 143); ">Fun & Info @ Keralites.net

Infotainment" href="http://keralites.net/" rel="nofollow" target="_blank" style="color: rgb(7, 77, 143); ">Fun & Info  @ Keralites.net

Infotainment" href="http://keralites.net/" rel="nofollow" target="_blank" style="color: rgb(7, 77, 143); ">Fun & Info @ Keralites.net

Correct way to work on the Computer

Sunday, October 10, 2010

Burns: First aid


Bu

rns: First aid




To distinguish a minor burn from a serious burn, the first step is to determine the extent of damage to body tissues. The three burn classifications of first-degree burn, second-degree burn and third-degree burn will help you determine emergency care:
First-degree burnThe least serious burns are those in which only the outer layer of skin is burned, but not all the way through. The skin is usually red, with swelling, and pain sometimes is present. Treat a first-de
gree burn as a minor burn unless it involves substantial portions of the hands, feet, face, groin or buttocks, or a major joint, which requires emergency medical attention.


Second-degree burn
When the first layer of skin has been burned through and the second layer of skin (dermis) also is burned, the injury is called a second-degree burn. Blisters develop and the skin takes on an intensely reddened, splotchy appearance. Second-degree burns produce severe pain and swelling.
If the second-degree burn is no larger than 3 inches (7.6 centimeters) in diameter, treat it as a minor burn. If the burned area is larger or if the burn is on the hands, feet, face, groin or buttocks, or over a major joint, treat it as a major burn and get medical help immediately.
For minor burns, including first-degree burns and second-degree burns limited to an area no larger than 3 inches (7.6 centimeters) in diameter, take the following action:
  • Cool the burn. Hold the burned area under cool (not cold) running water for 10 or 15 minutes or until the pain subsides. If this is impractical, immerse the burn in cool water or cool it with cold compresses. Cooling the burn reduces swelling by conducting heat away from the skin. Don't put ice on the burn.
  • Cover the burn with a sterile gauze bandage. Don't use fluffy cotton, or other material that may get lint in the wound. Wrap the gauze loosely to avoid putting pressure on burned skin. Bandaging keeps air off the burn, reduces pain and protects blistered skin.
  • Take an over-the-counter pain reliever. These include aspirin, ibuprofen (Advil, Motrin, others), naproxen (Aleve) or acetaminophen (Tylenol, others). Use caution when giving aspirin to children or teenagers. Though aspirin is approved for use in children older than age 2, children and teenagers recovering from chickenpox or flu-like symptoms should never take aspirin. Talk to your doctor if you have concerns.
Minor burns usually heal without further treatment. They may heal with pigment changes, meaning the healed area may be a different color from the surrounding skin. Watch for signs of infection, such as increased pain, redness, fever, swelling or oozing. If infection develops, seek medical help. Avoid re-injuring or tanning if the burns are less than a year old — doing so may cause more extensive pigmentation changes. Use sunscreen on the area for at least a year.
Caution
  • Don't use ice. Putting ice directly on a burn can cause a burn victim's body to become too cold and cause further damage to the wound.
  • Don't apply butter or ointments to the burn. This could cause infection.
  • Don't break blisters. Broken blisters are more vulnerable to infection.
Third-degree burn
The most serious burns involve all layers of the skin and cause permanent tissue damage. Fat, muscle and even bone may be affected. Areas may be charred black or appear dry and white. Difficulty inhaling and exhaling, carbon monoxide poisoning, or other toxic effects may occur if smoke inhalation accompanies the burn.

Burns: First aid


For major burns, call 911 or emergency medical help. Until an emergency unit arrives, follow these steps:
  1. Don't remove burned clothing. However, do make sure the victim is no longer in contact with smoldering materials or exposed to smoke or heat.
  2. Don't immerse large severe burns in cold water. Doing so could cause a drop in body temperature (hypothermia) and deterioration of blood pressure and circulation (shock).
  3. Check for signs of circulation (breathing, coughing or movement). If there is no breathing or other sign of circulation, begin CPR.
  4. Elevate the burned body part or parts. Raise above heart level, when possible.
  5. Cover the area of the burn. Use a cool, moist, sterile bandage; clean, moist cloth; or moist towels.
Get a tetanus shot. Burns are susceptible to tetanus. Doctors recommend you get a tetanus shot every 10 years. If your last shot was more than five years ago, your doctor may recommend a tetanus shot booster.

Friday, October 01, 2010

The Human Liver


Liver

The liver is the largest gland of the body. It normally weighs about 1.5kg. The sharp inferior border of the liver does not normally extend below the right costal margin. If it does, it is enlarged. In order to free the liver for study, you must cut the falciform ligament, superior and inferior parts of the coronary ligament, the right and left triangular ligaments, the lesser omentum and the structures in its free margin (common bile duct, proper hepatic artery and portal vein) and the hepatic veins at the point where they empty into the inferior vena cava.
This is an anterior view of the liver. You should identify the:
  • right lobe
  • cut edge of thefalciform ligament
  • left lobe
  • diverging cut edges of the superior part of the coronary ligament
  • fundus of the gall bladder
This an image of the visceral surface of the liver. Make sure you can orient yourself properly. Check out to see where the fundus of the gall bladder is located. Identify the following structures:
  • right lobe
  • fundus of the gall bladder
  • cystic duct
  • portal vein
  • hepatic arteries
  • common bile duct
  • quadrate lobe
  • ligamentum teres
  • left lobe
  • ligamentum venosum and its groove
  • caudate lobe
  • groove for theinferior vena cava and the cut hepatic veins within it
  • porta hepatis outline in yellow. The area where the arteries, ducts and portal vein enter and leave the liver.
Finally we take a look at the superior aspect of the liver. This part of the liver is separated from the heart by the domes of the diaphragm. In this image, the anterior (diaphragmatic) surface of the liver is upward and the visceral surface is downward on the page. This aspect allows you to identify the:
  • right lobe
  • cut edge of thefalciform ligament
  • the cut edges of the superior and inferior parts of the coronary ligament
  • the left triangular ligament
  • the right triangular ligament
  • bare area of the liver (where there is no peritoneum covering the liver
  • groove for theinferior vena cavaand the hepatic veins
  • caudate lobe of the liver more or less wrapping around the groove of the inferior vena cava
Separation of the four lobes of the liver:
  • right sagittal fossa - groove for inferior vena cava and gall bladder
  • left sagittal fissure - contains the ligamentum venosum and round ligament of liver
  • transverse fissure (also porta hepatis) - bile ducts, portal vein, hepatic arteries
Relationship of the visceral aspect of the liver to other abdominal viscera.

Biliary System

The biliary system is made up of the ducts arising in the liver, the gall bladder and its duct and the common bile duct. Starting in the liver, the small biliary ducts converge to form the larger right and left hepatic ducts. These, in turn, join to form the common hepatic duct which joins with the cystic ductto form the common bile duct. Remember, when we studied the duodenum, that the common bile duct joins the major pancreatic duct to empty into the ampulla which then empties into the second part (descending part) of the duodenum.

The
gall bladder receives bile from the liver by way of the common hepatic duct into the cystic duct. The gall bladder stores and concentrates its contents and also excretes its bile back through the cystic duct to join the common hepatic duct to become the common bile duct which then carries the bile into the duodenum.

The location of the tip of the fundus can be approximated on the surface of the abdomen at the point where the lateral edge of the rectus abdominis crosses the cartilage of the 9th rib.




What is its major function?
The liver has many functions. Some of the functions are: to produce substances that break down fats, convert glucose to glycogen, produce urea (the main substance of urine), make certain amino acids (the building blocks of proteins), filter harmful substances from the blood (such as alcohol), storage of vitamins and minerals(vitamins A, D, K and B12) and maintain a proper level or glucose in the blood. The liver is also responsible for producing cholesterol. It produces about 80% of the cholesterol in your body.
Diseases of the Liver
Several diseases states can affect the liver. Some of the diseases are Wilson's Disease, hepatitis (an inflammation of the liver), liver cancer, andcirrhosis (a chronic inflammation that progresses ultimately to organ failure). Alcohol alters the metabolism of the liver, which can have overall detrimental effects if alcohol is taken over long periods of time.
Hemochromatosis can cause liver problems.
Medications that negatively effect the liver
Medications have side effects that may harm your liver. Some of the medications that can damage your liver are: serzone, anti-cancer drugs (tagfur, MTX, and cytoxan), and medications used to treatdiabetes.
Serzone is a prescription drug manufactured by Bristol-Myers Squibb for the treatment of depression.
The possible side effects of Serzone® are: agitation, dizziness, clumsiness or unsteadiness, difficulty concentrating, memory problems, confusion, severe nausea, gastroenteritis, abdominal pain, unusually dark urine, difficult or frequent urination, fainting, skin rash or hives yellowing of the skin or whites of the eyes(jaundice) or a prolonged loss of weight or loss of appetite.
If you or a family member have suffered serious side effects or a fatal injury after taking Serzone®, you or the family member may be eligible to file a claim against the manufacturer. You should contact an attorney that specializes in class action lawsuits immediately.
To help prevent liver damage, let your doctor know about your liver condition when being treated for other conditions. Medications come in many forms and it is best to find out what is in them and what it can do to your liver.

Intravenous Injection (IV INJECTION)


Intravenous Injection







How to Give an Intravenous Injection



Instructions


  1. 1
    Pick a rubber tubing tourniquet since these hold self tightening loops that can easily slip off the arm when done. This type is preferable due to the ease of use, but there are other types that can work just as well.
  2. 2
    Wash your hands with an antibacterial soap and clean the injection area with alcohol or site specific antimicrobial swabs. This part of the procedure helps to decrease the rate of infection.
  3. 3
    Tie the tourniquet around the arm so that the veins rise to the surface for easy view. This allows a choice of which veins are easiest to insert the needle into. If this is tied too tight, the more delicate veins can sustain damage, making them useless for your injection.
  4. 4
    Insert the cannula or needle at a 45 degree angle into the
    vein. This will allow you to inject medication into the vein with the blood flow (towards the heart) and allow for best administration.

  5. 5
    Pull back on the plunger after insertion into the vein to test for a flow of blood. If no blood is pulled back, then you need to remove the needle and try again as it is not in the vein. Blood that has a bright red color and is foamy is in the artery; remove the needle immediately.
  6. 6
    Remove the tourniquet after inserting the needle into the ve
    in or your vein might burst from pressure that builds up. Slowly push the plunger of the syringe to distribute the medication evenly. When done, pull out the needle and ap
    ply pressure to the area with a gauze pad.


    IV SITE

IM INJECTION

How To Give An Intramuscular Injection

What is an intramuscular (IM) injection?


An intramuscular injection is a “shot” of medicine given into a muscle. A syringe (suh-RINJ) with medicine in it, is attached to a needle. The needle goes through the skin and into a muscle. The medicine is pushed into the muscle by pressing on the syringe plunger. When the medicine has been pushed into the muscle, the needle is removed


Why did my caregiver choose this kind of shot?

Your caregiver has chosen this kind of shot because of one or more of these reasons:

  • The amount of medicine to be given.

  • The kind of medicine to be given. Certain medicines must be given into a muscle.

  • The medicine needs to be fast acting.

What should I know about the syringe?

  • A syringe has 3 major parts: the needle, the barrel, and the plunger. The needle goes into the muscle to put in medicine. The barrel holds the medicine. The plunger is used to get medicine into and out of the syringe.

  • The syringe has marks on the side of the barrel like a ruler. Instead of inches, the markings are in cc’s or ml’s with marks between for fractions of cc's or ml's. Each cc will have a number (1, 2, 3) next to the correct marking. On some syringes the half cc will also be marked.
    Picture of the parts of a syringe

What should I know about the medicine?

  • Always know the name of your medicine and why you need to take it. Know how much medicine you need to take or give. If you have questions about your medicine ask your caregiver before taking it.

  • Medicine given in a shot is measured in cc’s (cubic centimeters) or ml’s (milliliters). A cc is the same amount of liquid as an ml. They are the same measurement with different names.

  • Look carefully at the ampule or vial containing the medicine. Check to make sure 4 things are there:

    • The name of the medicine.

    • The number of cc’s or ml’s in the vial or ampule. (Make sure you have enough medicine for several doses.)

    • The amount of medicine in each cc or ml.

    • The last date the medicine is safe to use. This is called the expiration (x-per-A-shun) date.

How will I know the medicine is safe to give?

Check the ampule or vial to make sure:

  • The medicine is not out of date. The expiration date will be on the bottle.

  • There are no crystals or lumps in the ampule or vial.

  • The medicine is the correct color. Ask your caregiver or pharmacist what color the medicine is should be.

  • The name of the medicine is the same name your caregiver told you or wrote down. If you are not sure, call your caregiver.

How do I get the medicine out of an ampule?

First, wash your hands carefully with soap and dry them completely. Put on gloves if you need them.

  • An ampule is a tiny bottle with a narrow neck and a long, thin, hollow top.

  • The ampule may be scored to make it easier to break.

  • The ampule may be colored or clear.

    • If the ampule is either a dark color or is clear with clear medicine, it is hard to see the medicine inside. This is important because the hollow top of the ampule can trap enough medicine to keep you from getting the correct dose.

    • You may not take medicine out of the top of the ampule after it is broken. You need to make the medicine go into the bottom of the ampule before you break it. To make the medicine go from the top of the ampule to the bottom, flick or snap the top with your finger. You may have to flick it a few times.

  • To break the ampule, wrap a wet alcohol wipe completely around the neck of the ampule. Hold the top and the wrapped neck with the fingers of your writing hand, and the bottom with the fingers of your other hand. Break the ampule.

  • Put the bottom of the ampule on a flat surface.

  • Take the cap off the syringe by pulling it straight off.

  • Carefully aim the needle through the broken neck of the ampule into the liquid in the bottom.

  • Pull back on the plunger to suck the medicine into the syringe.

  • Once the syringe has the medicine in it, turn it upside down so the needle is pointed straight up and the plunger is below it.

  • Pull down on the plunger until you see that the needle and a small area at the top have no medicine. If necessary flick the side of the barrel to make any air bubbles rise to the top of the barrel.

  • Push up on the plunger to the correct marking. This will make some medicine squirt out of the needle. It will also force all the air out of the syringe.

How do I get the medicine out of a vial?

A vial is a small bottle with a plastic or metal top covering a rubber stopper. The vial may hold enough medicine for several doses or only one dose. The medicine may be liquid or powder. If the vial is a multiple dose vial, make sure you write the date you opened it on the label.

  • If the medicine is a powder, it has to be made into a liquid:

    • Your caregiver will order the correct sterile liquid to add to the powder. There are only two kinds of sterile liquids that may be used: sterile saline and sterile distilled water. They are packaged in vials with metal or plastic tops covering a rubber stopper. Use only the liquid that your caregiver provided or ordered. If you were told to use sterile saline, you may not use sterile distilled water. If you were told to use sterile distilled water you may not use sterile saline. Never use tap water.

    • Remove a syringe from its wrapper. If you need to add more than 3 cc’s of liquid, you will need to use 2 syringes. The first syringe is needed to add the sterile liquid. The second syringe is needed to give the shot.

    • If you have instructions from your caregiver, follow them. If you do not have instructions from your caregiver, read the label or package insert information. It will tell you how much liquid you will need to add to the powder to make the correct solution.

    • Take the metal or plastic top off the sterile saline or sterile distilled water vial. Do not take the rubber stopper off.

    • Wipe the top of the vial containing the sterile liquid you will use to dilute the powder with an alcohol wipe.

    • Also wipe the top of the vial with the medicine as a powder in it. Do not touch the tops of the vials after wiping them.

A vial has a certain amount of pressure in it. When air or liquid is removed, it must be replaced. To do this, first put the vial on a flat surface. You will only remove air from the vial. Leave the powder at the bottom of the vial. To remove air:
  • Insert the needle into the top of the vial with the powder and pull back the plunger to take air from the bottle. Take the same amount of air as the number of cc’s of liquid you will add to the powder. You may have to pull back harder on the syringe than you expect.

  • Remove the needle from the vial with the medicine. Stick the needle into the top of the vial with the sterile liquid. Push down on the plunger to inject the air into the sterile liquid vial.

  • Turn the vial attached to the syringe upside down. The sterile liquid will come back to about the same amount as the air you put in. Adjust the amount if necessary.

  • Remove the needle from the sterile liquid bottle.

  • Stick the needle into the vial with the medicine and push the plunger all the way down. The liquid should go in easily.

  • With the needle still in the vial, push it up to the hub. You do this so you cannot touch the sterile needle. Gently mix the liquid and the powder into a solution.

  • If you see powder in the vial, keep mixing until you see only liquid.

  • If you needed to use a large syringe to add liquid, remove the needle and follow the directions below: “If the medicine is already a liquid”.

  • You may use the same syringe to prepare medicine and give the shot. If so, turn the medicine and the syringe upside down.

  • Pull the needle down so the tip is in the medicine.

  • Pull the plunger back to the correct marking on the syringe barrel for the dose.

  • When you have the correct amount of medicine in the syringe, remove the needle and put the cover back carefully over the needle.

  • If the medicine is already a liquid:

    • Do not use any medicine that has crystals or lumps in the vial.

    • Ask your caregiver or pharmacist what color the medicine should be. Do not give a medicine that is not the correct color.

    • You need to add air to the vial in the same amount that you plan to take out in order to get the medicine out of the vial. To do this, you need to know how much medicine to inject.

    • Pull the plunger back to the amount you plan to give. Remove the plastic or metal top of the vial, if it is still in place, and clean the rubber stopper with an alcohol wipe.

    • Insert the needle into the vial and push down on the plunger.

    • Once the air has been pushed into the vial, turn the vial, attached to the syringe, upside down. Make sure the tip of the needle remains below the level of the medicine. The medicine will come back into the syringe and stop at or near the correct place.

    • When you have the correct amount of medicine in the syringe, remove the needle and carefully put the cover back over the needle.

Things that may go wrong:

  • If you put in too much air, the plunger will be difficult to push.

  • If you don’t put in enough air, the plunger will be difficult to pull.

  • If you are using a multiple dose vial, too much or too little air may have been put in for a previous dose. If so, you will have to adjust the pull or push on the plunger.

Where can I give an IM shot?

The skin, and the muscles under the skin, cover nerves, blood vessels, and bones. It is important to give a shot where you will not hurt any of these body parts. There are 8 possible areas, 4 on each side of the body, where an IM shot can be given. It is important to choose the correct area. If caregivers showed you what areas are safe, follow their directions. Change the areas where you give shots. If you give a shot in the same place every day or even every week, scar tissue can build up. The scar tissue will affect how the medicine will work. Following is information about the safe areas to give a shot.

  • Vastus Lateralis (VAS-tuss lat-er-AL-iss) Muscle (Thigh): The thigh is used often for children, especially children under 3. It is also a good place for an adult. The thigh area is especially useful if you need to give yourself a shot because it is easy to see.

    • Look at the thigh that will get the shot. In your mind, divide the thigh (the area between the knee and the hip) into three equal parts. The middle third is where the shot will go.

    • This muscle is called the vastus lateralis. It runs along the top of the thigh (the front) and a little to the outside. Put your thumb in the middle of the top of the thigh, and your fingers along the side. The muscle you feel between them is the vastus lateralis.
      Pictures of the correct place to give a shot in the thigh

  • Ventrogluteal (ven-trow-GLUE-tee-ull) Muscle (Hip): The hip is an area with good bone landmarks and very little danger of hitting blood vessels or nerves. It is a good place for a shot for adults and children over 7 months old. The person getting the shot should be lying in his or her side.

    • To find the correct place to give a shot in the hip to another person: Place the heel of your hand on the hip bone at the top of the thigh. Your wrist will be in line with the person's thigh. Point your thumb at the groin, fingers point to the person’s head. Form a “V” with your fingers by opening a space between your pointer finger and the other three fingers. Your little finger and ring finger will feel the edge of a bone along the fingertips. The place to give the shot is in the middle of the V-shaped triangle.
      Picture of the correct place for a shot in the right hip



  • Deltoid (DEL-toyd) Muscle (Upper arm muscle): The person getting the shot can be sitting, standing or lying down. Start with a completely exposed upper arm. You will give the shot in the center of an upside down triangle. Feel for the bone that goes across the top of the upper arm. This bone is called the acromion process. The bottom of it will form the base of the triangle. The point of the triangle is directly below the middle of the base at about the level of the armpit. The correct area to give a shot is in the center of the triangle, 1 to 2 inches (2.5 to 5 cm) below the bottom of the acromion process.
    Pictures of the correct places to give a shot in the arm and rear-end


  • Dorsogluteal (door-so-GLUE-tee-ull) Muscle (rear-end): The upper rear end area is the area where most people have gotten shots. Expose one entire cheek of the rear-end. With an alcohol wipe draw a line from the top of the crack between the cheeks to the side of the body. Starting in the middle of the same side, draw another line across the first one with the alcohol wipe. Start from about 3 inches above the first line to about half way down the middle of the cheek. You should have drawn a cross. In the upper outer square you will feel a curved bone. The shot will go in the upper outer square below the curved bone.

How do I choose the best muscle for the shot?

If your caregivers have told you which muscle to use, follow their directions. Muscles change with age. For example, the rear-end area is never used for infants or children under 3 years old because it is not developed well enough. The deltoid may work well for a person with developed muscles in the upper body. The deltoid cannot be used if that area is very thin or underused. The muscle must be easy to reach.

What items do I need to give a shot?

  • One alcohol wipe wrapped in foil.

  • One sterile dry 2x2 in a paper wrapper.

  • An ampule or vial containing the medicine.

  • The correct size needle and syringe. Your caregiver should give you this information.

  • You may want to use gloves for your protection or the protection of the person getting the shot.

How do I inject medicine into a muscle?

Please read this entire section before giving the shot. It is important to get a general idea of what you are about to do before beginning. Read the step-by-step procedure again as you do it.

  • Wash your hands carefully with soap and dry them completely. Put on gloves if necessary. Open the foil covering the first alcohol wipe.

  • Take the cover off the needle by holding the syringe with your writing hand and pulling on the cover with your other hand. It is like taking a cap off a pen.

  • Hold the syringe in the hand you use to write. Place the syringe under your thumb and first finger. Let the barrel of the syringe rest on your second finger. Many people hold a pen this way when they write.

  • Wipe the area where the needle will go with the alcohol wipe. Let the area dry.

  • Depress and pull the skin a little with your free hand. Keep holding the skin a little to the side of where you plan to put the needle.

  • Use your wrist to inject the needle at a 90 degree needle (straight in). The action is like shooting a dart. Do not push the needle in. Do not throw the needle in, either. Throwing the needle will make a bruise. The needle is sharp and it will go through the skin easily when your wrist action is correct.
    Picture of how to administer a shot using a 90 degree angle


  • Let go of the skin. The needle will want to jerk sideways. As you let go of the skin, hold the syringe so it stays pointed straight in.

  • Pull back on the plunger just a little to make sure you aren’t in a blood vessel. (If blood comes back, remove the needle immediately. Do not inject the medicine. If this happens, dispose of both the syringe and the medicine. Get more medicine in a new syringe. When you give the second shot give it on the other side.) Pulling back on the plunger is easier said than done. Use your other hand to pull back on the plunger while keeping the syringe in the straight up position. It will feel clumsy at first.

  • Push down on the plunger and inject the medicine. Do not force the medicine by pushing hard on the plunger. Some medicines hurt. They will hurt more if the medicine goes in quickly.

  • After all the medicine is injected, pull the needle out quickly at the same angle it went in.

  • Use the dry sterile gauze 2x2 to press gently on the place where the needle went in.

How can I get rid of used syringes and needles?

Your caregiver may have given you a hard plastic container made especially for used syringes and needles. If you were not given this kind of container, you will need to look around your home for a hard plastic container with a screw-on top such as clothes softener bottle or a hard plastic detergent bottle for washing clothes. Make sure you can put both the syringe and the needle into the container easily. Whatever container you choose, make sure that the needles cannot break through the sides, bottom or top. Call your caregiver or a pharmacy to find out what your state or local requirements are for getting rid of used syringes and needles.

Click down for more images and videos.......

Wednesday, September 29, 2010

Hemorrhoids (piles)






here are two kinds of hemorrhoids: internal and external (see diagram).

  • Internal hemorrhoids usually don't hurt or itch; you can't feel them because they are deep inside the rectum. Internal hemorrhoids are pretty harmless. But since their bleeding could mask blood from a dangerous source like colorectal cancer, they should be treated.
  • External hemorrhoids cause most of the symptoms we commonly hear about --- pain, burning, and itching. If an external hemorrhoid becomes strangulated (cut off from blood supply), a clot can form in it and become an excruciatingly painful thrombosed hemoroid. Because of these unpleasant symptoms, external hemorrhoids get the most treatment attention.

Once the rectal veins have been stretched out and hemorrhoids created, they are difficult to get rid of completely and tend to recur with less straining than it took to cause them in the first place. Fortunately, good habits and simple medical treatment usually control hemorrhoids well, and surgery is only recommended in unusually severe cases.

Avoiding the causes listed in Basics will prevent most cases of hemorrhoids, but this advice is sometimes hard to follow. For example, how can you avoid sitting all day if you have a seated job? And most of us would like to avoid coughing, diarrhea, and childbirth, but that's pretty much impossible, isn't it? Here are some practical hints to help:

  • If your main job activity is seated, always stand or walk during your breaks. Make it a point to stand and walk at least 5 minutes every hour and try to shift frequently in your chair to avoid direct rectal pressure.
  • Always exhale as you strain or lift. Don't hold your breath.
  • Control coughing, diarrhea and constipation with early treatment since hemorrhoids may soon follow.
  • Make a rule: No reading or other relaxing activity while on the toilet. If bowel movements take longer than 3-5 minutes, something is wrong. If you want to keep hemorrhoids away, maintaining good bowel habits and softer stools should be your highest priority (see Treatment section).

If these preventive measures fail, you must take action right away! Hemorrhoids are one condition that can be mild in the morning and become intolerable by nightfall.

You must first find the cause of your hemorrhoids and stop it. Treating the hemorrhoids themselves is pointless if you keep re-creating them. Click here to review the causes listed in Basics. You should also read the Self Care Advisory section on constipation, since it's probably the major cause of hemorrhoids.

Once you have eliminated factors causing your hemorrhoids, it's time to treat them. There are two treatment goals: first, take away the symptoms (burning, pain, itching) and second, shrink the hemorrhoids.

  • Sitz baths (soaking the rectal area in hot water, in a shallow bath) for 15-20 minutes, 3-4 times/day are a simple and effective treatment for both goals.
  • Pain medicine should be used for aching, but burning and itching respond best to surface-acting creams and suppositories found in the Recommended Products section.
  • To shrink your hemorrhoids back down to normal size, topical medications are again useful.
  • Cleanse the entire rectal area with warm water after each bowel movement, and use a bulk fiber laxative to soften stools. This helps eliminate straining with bowel movements.
  • Many people use bulk fiber supplements daily to prevent recurrences of hemorrhoids. But remember, bulk fiber may take several days to work. If you have existing hemorrhoids and hard stools are already present, you may want to use an immediate-acting stool softener and laxative to encourage elimination without straining and further aggravating your hemorrhoids.

  • Hemorrhoid Dx is an interesting new product that we have discovered. It is a natural hemorrhoids treatment that can help reduce flareups and alleviate painful symptoms. Other treatments include:
  • Aleve (naproxen sodium 220 mg). Use this quick acting anti-inflammatory for the aching discomfort of severe hemorrhoidal flare ups.
  • Anusol HC cream (hydrocortisone 1%). For swollen external hemorrhoids, brands containing hydrocortisone such as this one are effective at reducing the swelling, burning, and itching sensations.
  • Anusol HC suppositories (hydrocortisone 1%). These hydrocortisone suppositories should be used for internal swelling and discomfort.
  • Citrucel (methycellulose 2 grams/tbs.). Softening stools and treating constipation are crucial aspects of treating your hemorrhoids. Many find this brand of bulk fiber laxative to be less gritty than others, and it comes in both sugared and sugar-free versions.
  • Senokot, Senokot S (senna concentrate, various concentrations; docusate sodium 50 mg per tablet is the softener in Senokot S). The active ingredient senna is a bowel contraction stimulant. If you desire stool softening or lubrication along with the stimulant effect, Senakot S is the recommended combination.

Haemorroidectomy

Tuesday, September 28, 2010

HIV and AIDS


What is HIV and AIDS?

HIV stands for Human Immunodeficiency Virus. HIV is a virus that takes over certain immune system cells to make many copies of itself. HIV causes slow but constant damage to the immune system.

AIDS stands for Acquired Immune Deficiency Syndrome. AIDS is the condition diagnosed when there are a group of related symptoms that are caused by advanced HIV infection or when someone has less than 200 CD4 cells (immune cells). AIDS makes the body vulnerable to life-threatening illnesses called opportunistic infections.

How does HIV affect the body?

Normally, the human immune system is the body’s protection against bacteria, viruses, etc. It acts like a coat of armor. When HIV enters the body, it starts poking holes in the armor. Eventually, the armor becomes very weak and unable to protect the body. Once the armor is very weak or is gone, the person is said to have AIDS.

An AIDS diagnosis is generally made when either the body's protective T-cells drop below a certain level, or the HIV-positive individual begins to experience opportunistic infections. An opportunistic infection is an infection that would not be life-threatening to an otherwise healthy person. Oftentimes, it's these infections that are the cause of illness or death in HIV-positive individuals -- not the virus itself. If people do not get any treatment for HIV disease, it takes an average of 8-10 years to progress from HIV to AIDS.

see this:

http://www.youtube.com/watch?v=8Csh94TGySQ&feature=related

http://www.youtube.com/watch?v=9leO28ydyfU

How is HIV transmitted?

HIV is transmitted through four body fluids: blood, semen (and precum), vaginal fluid, and breast milk.

In order to pass HIV from one person to another, HIV-infected fluid from one person needs to get into the bloodstream of another person. HIV is usu

ally transmitted through sharing needles, unprotected anal, vaginal, and sometimes oral sex, and from mother to infant before or during delivery or while breastfeeding.

Special note for HIV-positive mothers:

In developed countries like the U.S., formula feeding is strongly recommended over breastfeeding for babies of HIV-positive mothers. Whether choosing breastfeeding or formula, there should be little or no switching between the two, as doing so could put the child at a higher risk of contracting HIV, since baby formula can be harsh and weaken the lining of a baby's stomach, giving a path for HIV to enter the baby's bloodstream.

How can I prevent myself from contracting HIV?

Becoming educated a

bout HIV and understanding how it is transmitted is the first and perhaps most important way to prevent the spread of HIV. It is essential for people to make informed decisions about the level of risk they are willing to take, based on what is realistic for them.

Abstaining from sex and not sharing needles are the most effective ways for people to protect themselves from HIV and other sexually transmitted diseases (STDs). However, abstinence is not a realistic option for everyone.

Safer sex

When abstinence is not an option, the proper use of barrier protection such as latex or polyurethane condom (male or female) with a water based lubricant is the next best thing for vaginal or anal sex.

Note: Some water-based

lubricants (including those already on some condoms) contain a spermicide called Nonoxynol-9 (N-9). Many people are allergic to N-9 and the resulting genital irritation can increase the risk of HIV and STD transmission by providing a direct entry point. You can test for a N-9 allergy by rubbing N-9 lubricant on the inside of the elbow the day before you plan to use the product for sex. If there is no irritation, there is likely no allergy.

What about oral sex?

The best way to reduce the risk of HIV transmission while performing oral sex is to maintain good oral hygiene. That, in addition to not flossing or brushing your teeth right before or after will also reduce the risk of transmission.

Performing oral sex on a woman ("go down", "eat pussy")

When performing oral sex on a woman, a dental dam or common kitchen plastic wrap can be used as a barrier to protect from HIV transmission. It covers the area you are performing oral sex on (vagina or anus). If you do not have a dental dam, you can also use a new, unused, non-lubricated or flavored condom by stretching it out and cutting it down the si

de, then stretching it out i

n the same way you would a dental dam or plastic wrap.

Performing oral sex on a man ("blowjob", "head")

In addition to good oral hygiene, proper use of a non-lubricated or flavored condom on a man can significantly decrease risk of HIV transmission. If a condom is not available or an option, not accepting semen into the mouth or spitting rathe

r than swallowing will reduce the risk. You can also use the "harmonica method" by focusing on the shaft of the penis while avoiding the head.

Performing oral sex on t

he anus ("rimming", "eating ass")

For oral to anal contact, or rimming, a dental dam, plastic wrap, or a condom can be used in the same way described above under the heading “Performing Oral Sex on a Woman.” This can be a great barrier against not only HIV, but possible Hepatitis A exposure.

Receiving oral sex

Since HIV is not transmitted by saliva, there is generally no risk in receiving oral sex

(unless there is a lot of blood in their mouth).

How do I use male and female condoms?

Most male condoms are made of latex. Since some people are allergic to latex (your doctor can test for it if you've ever experienced irritation from latex) there are also polyurethane condoms available. When used properly, both latex and polyurethane condoms are effective ways of significantly reducing the risk of HIV transmission.

Note: Lambskin (aka "natural") condoms will not protect against HIV or other sexually transmitted infections (STIs).

When using either latex or polyurethane condoms for vaginal or anal sex, water based lubricants on the outside of the condom will help to reduce friction that could cause the condom to tear. If desired, a small amount can b

e placed inside the tip of the condom as well.

Important Note: Use of

oil based lubricants such as Vaseline can deteriorate latex condoms and significantly increase their chance of breaking. Oil based lubricants should only be used with polyurethane condoms.

When using a male condom

  1. Keep it fresh! Always store condoms in a cool dry place (not a wallet) and check the expiration date.

  2. Check it! Squeeze the package gently to make sure there are no punctures and be sure to not use your teeth to open the package. Your teeth could rip the condom!

  3. Heads Up! Unroll the condom a little before putting it on and make sure it's able to roll easily down the penis. Squeeze the tip (so semen can collect) and roll the condom from the tip of the penis all the way to the base. If uncircum

    cised, pull the foreskin back before putting the condom on.


  4. Don't Double Up! Be sure to never use more than one condom at a time. Doubling up can lead to friction and possibly the condom breaking. One condom is sufficient.

  5. Lube it Up! Apply lots of water based lubricant to the condom to prevent friction which could cause breakage.

  6. Take It Easy! After ejaculation (cumming), remove the penis from the vagina/anus/mouth while still erect and carefully unroll and remove the condom. Be careful to not spill any semen on your partner.

Never use a condom for more than one session. Always use a new condom each time you have sex, or when you switch from oral to vaginal or a

nal sex. This will reduce the risk of the condom breaking.

When using a female or reality condom

Although it is referred to as the female condom, it can be used by both men and women. For the female condom, make sure to put it into place before your partner's penis comes into contact with the vagina or anus. Once in place, carefully guide the penis into the condom, making sure to enter the condom and not outside of the condom's external rim.

For vaginal sex

  1. Press the inner ring between your fingers to narrow it and make it easier to insert.


  2. Hold the condom with its open end pointing down, and insert the closed end into the vagina, letting the wider end remain a

    round the opening of the vagina (it's easier to insert if the knees are spread apart). You can also place the female condom on an erect penis or dildo to insert it.

  3. Push the condom up into the vagina, until it is just past the pubic bone (you can tell where the pubic bone is by curving the index finger when it has gone a couple inches into the vagina).

  4. When removing the female condom, squeeze the end, twist the condom to keep the semen inside, and pull out. DO NOT FLUSH.


For anal sex

  1. Remove the internal ring and place the condom on the partner's erect penis or a dildo.

  2. Use the penis/dildo to carefully insert the condom into the anus of the receptive partner.

  3. To remove, squeeze the end of the condom, twist to hold the semen inside and remove.


What activities are safe?

While certain sexual activities have little or no risk of HIV transmission (i.e. mutual masturbation, protected oral sex, oral to anal contact (rimming, fingering) possibilities sometimes exist for other sexually transmitted infections (STIs) to be transmitted. While HIV is transmitted only by blood, semen, vaginal fluid, and breast milk, other STIs can be transmitted by simple genital skin-to-skin contact or oral sex. For questions or concerns regarding the risks of particular activities, call the AIDS Action HIV/STD Hotline at 800-235-2331.

If I inject drugs, what should I know?

Since HIV and hepatitis

C are blood borne viruses (viruses that exist in and are transported via the bloodstream), any direct blood-to-blood contact is a risk for HIV and hepatitis C transmission.

Sharing needles or works (cotton, cookers, water, etc.) presents a significant risk for transmitting these blood borne viruses. Whenever possible, it is best for each person to use their own needles and works. Click here to learn about needle

safety.

Needle exchange sites have been set up to trade in used needles and get new ones. There are four state funded Needle Exchange Sites in Massachusetts -- in Boston, Cambridge, Northampton, and Provincetown.

If you are not near a Needle Exchange site, or cannot get to one, there is another way to get clean syringes. The Pharmacy Access Bill allows individuals 18 and older to purchase needles at a pharmacy without a doctor's prescription. To l

earn more about needle exchange programs or the Pharmacy Access Bill in Massachusetts click here or call the Pharmacy Access Hotline at 800-988-5209.

Proper disposal of used needles is important as well. Used needles should not be disposed of in the garbage since this creates a risk for anyone handling the trash who may get stuck by an infected needle. Sharps containers are heavy-duty containers used for d

isposal of needles, and can be acquired through some pharmacies. If a sharps container is not available, an empty plastic liquid detergent or bleach bottle can be used as well. These should then be turned into a designated needle disposal site. For information about acquiring sharps containers, needle disposal sites, or any other questions related to needle handling and safety, please call our Pharmacy Access Hotline at 800-988-5209.

Is there a safe way to share needles?

Needle Safety

The only way to completely avoid potential transmission of blood borne illnesses when using IV drugs is by not sharing needles. If people do s

hare needles, cleaning the needles and works properly with bleach and water before and after each person uses them will help reduce the risk.

How Do I Clean My Used Needles?

The most effective way to sterilize used syringes is the 3x3x3 method:

  1. Fill your syringe with water, shake it, and push out the water. Do it three times.

  2. Fill your syringe with bleach, shake it, and push out the bleach. Do it three times.

  3. Fill your syri

    nge again with clean water, shake it, and push out the water. Do it three times.

  4. If bleach isn't available, you can use soap and clean water, or even just water to clean your works. ANY steps yo

    u take to clean syringes before use will reduce your risk of HIV and hepatitis C transmission.

Where can I get clean needles/syringes?

Prior to September 2006 the only way to acquire clean needles in MA was via a prescription or through needle exchange programs. As a result of the Pharmacy Access Bill, it is now legal for pharmacies to sell medical syringes

over the counter without a prescription. Anyone 18 or older (with proof of age) can purchase clean needles at many pharmacies in MA. They are relatively inexpensive. Although pharmacies are allowed to sell syringes, they are not required to do so. A phone call to the pharmacy in advance can save a trip to the drug store.

If you have questions about the law allowing pharmacy sales of syringes or if you have any positive or negative feedback about specific pharmacies pertaining to this matter, please call our Pharmacy Access Hotline at 800-988-5209.

What should I know about HIV testing?

When thinking of getting tested for HIV, there are a few important things to consider:

  1. Window

    Period: The HIV test is looking for antibodies, which are the body’s response to having HIV in it. For most people, it takes 6 weeks for the body to produce enough antibodies for a standard HIV antibody test to be accurate. Some people call this the "window period". The Massachusetts Department of Public Health recommends waiting 6 weeks between an individual's possible HIV exposure and the time they get tested, providing there are no risks within that time period. For a conclusive test result,

    it’s recommended to wait 3 months before getting tested.

  2. Anonymous vs. Confidential Tests: An anonymous test does not require an individual to provide their name at the time of testing, while a confidential test does require a name. In either case, written consent from the patient is the only way the results will be released, and otherwise will be kept private. Doctor's offices use confidential testing while some private clinics and testing sites will still do anonymous HIV testing, although it is becoming increasingly difficult to find.
  3. Standard vs. Rapid Testing: A standard HIV test refers to a blood draw, typically done at a doctor's office. Results are usually received within 5 to 10 business days. Rapid tests (sometimes referred to as OraQuick, OraQuick Advance, or Unigold) involve either a finger prick or a mouth swab. Results are given in about 30 minutes. See below for descriptions of different types of HIV-Antibody tests.

  4. Cost: Depending on where you get tested, either insurance will cover the cost, pricing may be based on a sliding-scale which will depend on your income, or you may be able to get a free test.

For more information about testing, please call the AIDS Action Hotline at 800-235-2331.

What are the different types of HIV antibody tests?

There are a couple of different types of tests being used to help people determine their HIV status. When people say "HIV test", they are usually referring to a standard antibody test. However, there are several other screening tests used to detect HIV antibodies that you may want to know about:

  1. Standard Test/ELISA: This is the most common HIV antibody test used by most doctors and laboratories and involves a full blood draw which is sent to a laboratory for testing. The extreme sensitivity of the test makes a negative

    result conclusive (provided the appropriate window period has passed). Sometimes, the test is so sensitive that it will react to other antibodies besides HIV (usually related to auto-immune disorders). In this case, the lab would perform a Western Blot test. The Western Blot is a HIV-specific confirmation test that will either confirm or rule-out HIV infection. Results are usually given in 5-10 business days.

  2. OraSure: The OraSure test is perfect for anyone who doesn't like blood. A swab is rubbed between the cheek and lower gum to collect an oral mucosal specimen, which is then sent out for testing. It's recommended that you not eat, drink, smoke, etc., 20 minutes before the test is administered. At the lab, an ELISA (and, if necessary, a Western Blot) is performed on the sample. Results are typically given in 5-10 business days.

  3. Rapid Test: A rapid HIV antibody test provides results in about 30 minutes. The administrator pricks the patient's finger and takes a few drops of blood which will then be placed into a solution to develop. The extreme sensitivity of the rapid test means that a negative result (after the window period) is conclusive. If the test does react, the patient will receive a "preliminary positive" result, meaning the test reacted to something in the blood, however not necessarily HIV antibodies. To confirm a reactive rapid test, blood is drawn and sent to a lab for the Western Blot test. Results are ready in 5-10 business days.

  4. Home Access: The only FDA approved home collection kit for HIV testing is called Home Access. The kit, costing somewhere between $50-$70, is sold in many large pharmacies (i.e. CVS, Walgreens, etc.), online, and by phone. It involves placing drops of blood onto a card in the kit which is then mailed back for testing. The patient then calls a toll-free number 3-5 business days later, gives the barcode from their testing kit, and receives results. It is an anonymous test, but little to no counseling or support is involved, which is an aspect of testing that many people value. To find out more about Home Access, visit the manufacturer's website here:http://www.homeaccess.com/.

To find a convenient testing site, to talk about testing options, or learn more about the testing process, call the AIDS A

ction Committee Hotline at 1-800-235-2331.

Why do some sources advise waiting longer than 6 weeks for HIV testing?

Most people will test accurately for HIV after 6 weeks have passed since their last risk. In some cases where a person has a highly compromised immune system, such as those in which a person has recently undergone chemotherapy or an organ transplant, it may take 3-6 months for their body to develop enough antibodies to test positive.

These are very extreme situations, however, and other more common conditions such as colds or the flu, diabetes, asthma, and many others, will not affect the body's development of HIV antibodies in that way. Those who suggest window periods longer than 6 weeks are trying to account for all those who may also have compromised immune systems. The CDC (Centers for Disease Control and Prevention) recommends waiting 3 months for a conclusive test result.

How is HIV treated?

Current HIV antiviral treatments and treatments for opportunistic infections are prolonging the lives of many HIV+ individuals. However, many of the drugs used to treat HIV are very harsh on the body, very difficult to take, and don’t work for everybody. Research is making great strides toward developing vaccines and better medications for people who are living with HIV, but there is still no cure.

Most people who are taking HIV treatments are taking two or more medications at the same time. This is called Highly

Active Anti-Retroviral Therapy (HAART). It may also be called combination therapy or “the cocktail”. Combination therapy has been found most effective at combating HIV by attacking the virus in many different ways. There are currently three main classes of medications that are used to treat HIV:

  • Entry Inhibitors
  • Reverse Transcriptase Inhibitors (Nucleoside, Non-Nucleoside, Nucleotide)
  • Protease Inhibitors

If you have specific questions regarding medications, side effects, interactions, etc. please contact the AIDS Action Health Resource Library at 617-450-1432.