Hopefully, if you have found this article on tubal reversal surgery, you have read the first part. That first part covers from the first incision made till reaching the abdominal cavity where your fallopian tubes that must be repaired lie. We also discussed what and how Dr. Berger goes about making sure there is as little damage as possible so you can heal faster. As another step to help things along, the doctor begins this stage of surgery by washing the fallopian tubes with more anesthesia. Now, using the same type of scissors they use in eye surgery, he will cut away the scarred and damaged part of the fallopian tube that is not attached to the uterus. Using suture material as a stent, he will thread it through the tube using a Winston probe. This is done to check for blockage and make sure the tube is open. Next, he will continue to remove the damaged tube section from the part of the tube connected to the uterus and carefully threads the stent into that portion of the tube and on into the uterus making sure there is no further blockage. Once the two separate parts of the tube are lined up, our surgeon will place a couple stitches into the tissue below the tube to help hold it in place during its suturing and to take pressure off the stitches that will be placed into the layers of the fallopian tube. We don't want any pressure trying to pull those apart. In case you were curious, the suturing material used is the same kind as used in heart surgeries. It has anti-inflammatory properties and lessens the risk of scarring. This will keep the swelling down around the stitches. If you are wondering why you want little scarring in your tubes as possible, you have to know a little about the innermost layer of the fallopian tube. It is lined with cilia that help move the egg along to the uterus. Scarring means no cilia or damaged cilia which can increase your risk of an ectopic pregnancy. We sure don't want that. That goes on to explain why Dr. Berger only sutures the two outer layers of the fallopian tube and does not stitch through the innermost layer. Now that the tube has been sutured together, Dr. Berger will remove the stent from the fimbrial end of the tube. That's the end nearest the ovary that catches the egg as it is released from the ovary. Now the doctor will fix the other tube in the same manner and then begin the process of closing you back up. He sutures as needed as he backs out. In fact, the two muscles which he separated by slitting the connective tissue between, are sutured back together to minimize risk of a hernia. He even sutures the fine fascia tissue just below the skin to minimize the tension of the sutures put into the skin at final closure. Before he makes the final close in this operation, Dr. Berger will administer a final hypogastric nerve block to minimize the post surgery pain. As a last step in mitigating pain, the patient will be given a TENS unit, transcutaneous electrical nerve stimulator, which stimulates the body at the point of the incision to release endorphins to help with the pain. This just goes to show the extent of what Dr. Gary Berger does both during and after a to help you to recovery faster.
Vitamins A, C, E and quasi-vitamins Coenzyme Q10 and alpha lipoic acid are powerful antioxidants that neutralize the damage caused by free radicals and oxidation. Our body's cells are undergoing a continuous cycle of oxidation (losing an electron) and reduction (gaining an electron). Oxygen and other atoms or molecules that are unstable because they lack an electron are called free radicals. These free radicals don't like to exist in an unstable state and will steal another electron from where ever they can and can damage the cell that they oxidize. Free radicals are created as part of the body's normal metabolic process and if there are insufficient antioxidants available to donate electrons and neutralize the free radicals then cell damage will result. When we are young, the body generates some of the antioxidants it needs and it acquires the remainder from the food we eat. As we get older, the body generates fewer antioxidants and the free radicals outnumber the antioxidants. This means the body is unable to repair the free radical damage and it ages and becomes subject to age-related degenerative diseases like cancer, diabetes, heart disease, strokes, Alzheimer's disease, and macular degeneration. Additional free radicals are created when we expose our body to the sun's ultraviolet radiation, cigarette smoke, exhaust fumes and other air and water pollutants. Approximately 10 million people in North America have cancer and about 600,000 people will die from it this year. Until recently, we thought the key to slowing the aging process and associated diseases was to ensure the body had an excess supply of antioxidants by eating lots of fruits and vegetables and supplementing our healthy diet with multi-vitamins.
For years we assumed it was the vitamins in fruits and vegetables that provided us with a defense against aging and age-related diseases. We also wanted to ensure we had an adequate supply of vitamins so we took low dose once-a-day-type multivitamins for insurance. However long term studies have shown that low dose multivitamins had no impact on the survival of healthy people. Recently scientists have theorized that the health benefits due to eating fruits and vegetables may be from other nutrients such as phytochemicals or the combination of phytochemicals and vitamins. Phytochemicals or phytonutrients are simply "plant chemicals" that exist in fruits, vegetables and other plants like whole grain and tea. Scientists have already discovered thousands of phytochemicals and think that as well as being powerful antioxidants these phytonutrients provide our body with an entire range of health benefits. A few examples of foods, the phytochemicals they contain, and their health benefits are discussed below.
Blueberries, strawberries, raspberries, cranberries and other berries contain the phytonutrients anthocyanidin and ellagic acid which are antioxidants that can suppress cancer and protect against heart disease. Berries are also rich in soluble fiber which should lower our cholesterol. Citrus fruits such as oranges, lemons, limes etc. contain flavanones such as limonoids which help stimulate the body's enzymes to detoxify carcinogens. These citrus fruits also contain carotenoids which are powerful cancer fighting antioxidants and flavonoids which are antioxidants that may inhibit blood clotting.
Cruciferous vegetables like broccoli, brussel sprouts, kale, cabbage, cauliflower etc. contain indoles which act to make estrogen less potent and which may reduce the risk of breast cancer. These vegetables also contain isothiocynates such as sulphoraphane which may neutralize cancer-causing chemicals and interfere with tumor growth. Orange and yellow fruits and vegetables like apricots, papaya, sweet potatoes, carrots, sweet peppers, etc. and leafy greens such as spinach contain carotenoids such as beta carotene, lutein and zeaxanthin that are powerful antioxidants that should suppress cancer, strengthen the immune system and reduce the risk of atherosclerosis. These colorful foods are also rich in Vitamin C, other vitamins, minerals and fiber and should reduce the risk of macular degeneration.
Non-traditional healthy foods such as tea, wine and soy have also been found to be high in phytonutrients. Both green tea and black tea contain flavonols which combat cancers and catechins which may protect arteries from the buildup of plaque. Red wine contains resveratrol which may prevent internal cell and skin cell damage, inhibit tumor growth and lower blood cholesterol. Other phytochemicals in red wine are flavonols like quercetin and catechins, anthocyanidins and ellagic acid which were discussed earlier. Soy products contain isoflavonoids, lignans, saponins and protease inhibitors which can all provide cancer protection.
Products to combat aging and degenerative diseases are being developed. Both Pfizer and Merck are testing drugs to stimulate the older body to make more growth hormone and develop more lean muscle mass. Controlled studies on seniors are showing a lot of promise. Phytonutrient supplements like lycopene and beta carotene have been available for some time. The next supplements based on groups of phytonutrients that target specific conditions are already being marketed. How effective they will be remains to be seen. For now we should concentrate on obtaining our phytonutrients from our healthy diet and monitor developments in the pharmaceutical and nutritional supplement industries.
Both Sandra Wilson & Mark Ransome are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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