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Most people have certainly been hearing this term, lymphoma, from others. Some hospital-drama television series usually would have an episode where a patient is diagnosed with lymphoma and most of us are just left hanging on what it really is. Suffice it to say that probably, most are aware that it is a kind of cancer. Cancer in what organ or body part? Caused by what? Many people fall short of enough knowledge about this type of cancer. But no worries, they really can't be accused of apathy. Lymphoma is actually a very rare type of cancer so it is understandable that awareness on is not as prevalent as to other cancer types. Lymphoma is considered as a collective term for a variety of cancer. This cancer type has its origin in the lymphocytes or histiocytes -- very rare from the latter, though. Lymphoma starts in a B cell in lymph nodes. The cancerous cells reproduce themselves over and over again. The presence of these unnecessary cells sets the ground for the formation of cancer. This is because these cells do not die; they are not needed by the body in the first place, and they spread to other areas, causing further harm. There are five clusters of specific cancer types under the umbrella concept of lymphoma. The World Health Organization grouped these specific cancer types according to their cell types. The first one is the mature B neoplasms. Second is mature T cell and natural killer cell (NK) neoplasms. Third is the immunodeficiency-associated Lymphoproliferative disorders. Fourth is histiocytic and dendritic cell neoplasms. Last is Hodgkin lymphoma or more commonly known as Hodgkin's disease. The most popular of all is the Hodgkin's disease. It is named after Thomas Hodgkin, who described the disease in 1832. Hodgkin's disease is characterized by the abnormal growth of cancer cells in the lymphatic system. Specifically, the Reed-Sternberg cells are the ones involved in Hodgkin's disease. This disease is very rare that it accounts for only one percent of the total cancer cases or one for every 400,000, at least in America. The most common symptoms of Hodgkin's disease are swollen, painful or non-painful lymph nodes. The swelling usually occurs at the neck or nape, armpit, or groin. Some systemic symptoms like drastic weight loss, skin itching, low-grade fever, night sweats, and fatigue can also be indicative of a Hodgkin's disease case. Enlargement of the spleen, splenomegaly, and/or enlargement of the liver can also happen. People from the age range of 15 to 34, and above 55 are the ones most susceptible to develop Hodgkin's disease. Just like the other kinds of cancer, the causes of Hodgkin's disease is still unknown. But the factor most likely to contribute to the development of it is genetics. People who have relatives, distant or immediate, have been inflicted with Hodgkin's disease or other types for that matter, are at a very high risk. A deteriorated or damaged immune system, from a previous ailment or operation, is also a very high risk factor. Gender is believed to play a role, too, since most recorded cases are with men. Radiation therapy and chemotherapy are the usual treatments for Hodgkin's disease. Radiation therapy is a high technology option, which makes use of high-energy rays capable of damaging cancer cells to stop their growth. This treatment option is administered only in hospitals and clinics, and under the permission of an expert doctor. Radiation therapy is effective for treating cases still on the early stage. A frequency of five therapy sessions in every week for several months is the average treatment period using radiation therapy. Chemotherapy, on the other hand, involves the use of drugs to kill the cancer cells. A combination of different drugs, which can work together, is the usual procedure being given by doctors when using chemotherapy. The drugs can be taken orally, or injected into arteries or even muscles for faster travel inside the body. The most popular drug combination for chemotherapy is the adriamycin, bleomycin, vinblastine, and dacarbazine combination called the ABVD regimen. There is a very high chance that Hodgkin's can be treated, provided that it is detected at an early stage and treated immediately with the most appropriate treatment option. Records have it that early detection and appropriate treatment gives an 85 percent chance of survival and cure. real pennis enlargement penis enlargement surgeries penis enlargement surgery picture free penile enlargment exercise penis enlargement before and after photo penile enlargment doctor penis enlarement traction device manual penis enlargement

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Erectile dysfunction (ED), also called "impotence", is one of the most common health problems affecting men. Erectile dysfunction can be a total inability to achieve erection, an inconsistent ability to do so, or a tendency to sustain only brief erections. Chronic ED affects about 5% of men in their 40s and 15-25% of men by the age of 65. Transient ED and inadequate erection affect as many as 50% of men between the ages of 40 and 70. Causes Erectile dysfunction has many underlying physical and psychological causes. Most men with physical causes usually have an associated psychological component. Underlying conditions of erectile dysfunction include the following: Physical health conditions Problems with the nervous system can affect the transmission of signals from the brain to the blood vessels in the penis. This occurs in conditions including multiple sclerosis, spinal cord injury and Parkinson's disease. The nerves involved in sexual arousal can also be damaged in surgery to the pelvic area, such as removal of the prostate. Vascular diseases account for nearly half of all cases of erectile dysfunction in men older than 50 years. These include atherosclerosis, veno-occlusive disease, peripheral vascular disease, arterial hypertension, history of heart attacks, blood vessel trauma, high cholesterol levels. Systemic diseases associated with erectile dysfunction: Diabetes mellitus is a major cause of erection problems (about 60% of men with diabetes experience erectile dysfunction), scleroderma, kidney failure, liver cirrhosis, hemachromatosis, dyslipidemia, hypertension. Neurologic diseases. Problems with the nervous system can affect the transmission of signals from the brain to the blood vessels in the penis. Diseases that affect the nervous system and are commonly associated with erectile dysfunction include: multiple sclerosis, spinal cord and brain injuries, parkinson's disease, alzheimer's disease, epilepsy, Guillain-Barre syndrome. Respiratory disease associated with erectile dysfunction include: chronic obstructive pulmonary disease, sleep apnea Conditions of the penis: Peyronie's disease (a rare inflammatory condition that causes scarring of erectile tissue), epispadias, priapism, Infections. Traumatic Causes. Trauma or injury to the penis, spinal cord, prostate, bladder, and pelvis can lead to erectile dysfunction by harming nerves, smooth muscles, arteries, and fibrous tissues of the corpora cavernosa. Bicycle riding for long periods has also been implicated as a cause of erectile dysfunction. Some types of prostate or bladder surgery. Surgery of the colon, prostate, bladder, or rectum may damage the nerves and blood vessels involved in erection. Medications. A great variety of prescription medication are known to cause or contribute to erectile dysfunction: blood pressure medication (especially beta-blockers) heart medication antihistamines antidepressants tranquilizers antipsychotics anticonvulsants appetite suppressants anti-ulcer medications sleeping pills Psychological conditions. Experts believe that psychological factors cause 10 to 20 % of erectile dysfunction cases. Anxiety and guilt are the most common psychological causes of erectile dysfunction. Depression, worry, stress, low self-esteem, and fear of sexual failure all contribute to loss of libido and erectile dysfunction. Substance abuse. Alcoholism. Drinking too much alcohol interferes with the production of the male hormone testosterone, which can reduce libido. Smoking is considered an important risk factor for erectile dysfunction because it is associated with poor blood circulation and its impact on cavernosal function. Hormone Disorders account for fewer than 5% of cases of erectile dysfunction. An imbalance in hormones, such as testosterone, prolactin, or thyroid, can cause erectile dysfunction. Age. Erection problems tend to become more common with age, but it can affect men at any age and at any time in their lives. Physical causes are more common in older men, while psychological causes are more common in younger men. Treatment options Erectile dysfunction is treatable at any age. In around 95% of the cases, a suitable treatment can be found. There are three oral medications approved for the treatment of erectile dysfunction: sildenafil (Viagra), vardenafil (Levitra), and tadalafil (Cialis). All three medications belong to a class of drugs called phosphodiesterase (PDE) inhibitors. They block the enzyme phosphodiesterase-5 (PDE-5) and this helps maintain the levels of cyclic guanosine monophosphate (GMP), a chemical produced in the penis during sexual arousal. Balanced levels of GMP causes the smooth muscles of the penis to relax and increases blood flow. This allows a natural sequence to occur - an erection in response to sexual stimulation. These medications don't automatically produce an erection. Instead they allow an erection to occur after physical and psychological stimulation. Viagra, Levitra, and Cialis vary in dosage, duration of effectiveness and possible side effects. All three drugs are generally well tolerated. They are a good choice for men at any age and in any ethnic group who are in good health and who do not have conditions that preclude taking it (such as the use of nitrates or alpha-blockers). The success rates of all three drugs vary between 70% and 90%. medical penile enlargement vimax penis enlargement tip natural pennis enlargement technique homemade pnis enlargement plus vig rx semenax vigrx penis enlarement technique penile enlargement before and after pnis enlargement testimonials

There are a variety of ailments related to the heart and providing information on all the types of cardio vascular disease could be quite a task. Yet a look at conditions that affect the heart and blood vessels can give you a broad view of cardiovascular disease. You hear many terms like coronary heart disease , atherosclerosis or some other term and are left wondering as to what exactly all these terms mean. Medical information could confuse you. Triglyceride is simpler when mentioned as fat in your body. It is essential that you read and stay informed on some basic terminology. You could watch a few programs related to the heart and its working before going to your doctor. The word give the meaning as well; ‘Cardio’ is related to the heart and ‘vascular’ is related to the blood vessels. Diseases of the heart are many. Some specific types are Coronary artery disease Arteries supply the heart muscle with blood. Obstructions in the artery is a condition called atherosclerosis, is a leading cause of coronary heart disease. Coronary artery disease causes angia (chest pain) and myocardial infarction (heart attack). Coronary heart disease Coronary heart disease is a more comprehensive term. It collectively refers to coronary artery disease and its disease that are a result of the coronary artery disease like angia and myocardial infarction. Women and heart attack is another important aspect with the onset of menopause. Cardiomyopathy This refers to all diseases of the heart muscle. It deals with loss of heart muscle (ischemic), enlargement of heart muscle (dilated) and thickening of the heart muscle (hypertrophic). Another type of cardiomyopathy is an enlarged heart without a known cause (idiopathic dilated cardiomyopathy). Valvular heart disease The heart consists of valves that direct the flow of blood into and out of the heart. Diseases of the heart valves are due to conditions like narrowing of heart valves (stenosis), leaking of a heart valve (regurgitation) and if the closing of the valve is not proper (prolapse). Heart valves can also be damaged by other conditions. Rheumatic fever, connective tissue disorders, medications or treatments for cancer and even infections (infectious endocarditis). Pericardial disease Pericardium is a sac that encases the heart. This can get inflamed (pericarditis), stiff (constrictive pericarditis) or accumulated with fluid ( pericardial effusion). These may occur together after a heart attack or may vary due to conditions. Congenital heart disease Congenital heart disease develops in the womb of the mother, before the birth of the baby. Narrowing of the aorta (coarctation), holes in the heart atrial or ventricular septal defect are some congenital diseases. Detection may be at the time of birth or later in life. Heart failure Heart failure may occur as a result of other cardiovascular conditions. It is a condition where the heart cannot pump enough blood to the organs and tissues in the body. Due to this other vital organs do not get enough blood; causing shortness of breath, fluid retention and fatigue. Congestive heart failure is used if the heart failure as led to a ‘fluid build up’ in the body. Blood Vessels These are essentially hollow tubes that carry blood to the organs and tissues. The types of blood vessels are Arteries, Veins, Capillaries and Lymphatic cells. Disorders related to blood vessels that affect the heart are Atherosclerosis, Arteriosclerosis, Hypertension, Stroke (ischemic and hemorrhagic), Aneurysm, Claudication with peripheral arterial disease, Vasculitis, Venous incompetence, Venous thrombosis, varicose veins and Lymph edema. Diagnosis Diagnosis is based on a series of tests. Simple procedures are listening (stethoscope) to your heart, measuring the heart rate and the blood pressure. • The systolic and diastolic blood pressures are measured and are around 120 and 80 respectively for a normal heart. • Blood test to check for high cholesterol levels • Other tests are CPR testing which gives the state of inflammation of arteries. • ECG and EKG tests are where the electrical activity of the heart is tested to assess blood flow and heart rhythm. It is also done under stress at times to find out related Cardiac Arrhythmia ailments. • X-Rays are used to look at the structures of the chest (lungs and heart) to evaluate proper functioning. • Head- up tilt test is used to evaluate the causes of fainting spells. • Ultrasound/Echocardiograms give pictures of the heart chambers and its valves. A few other test methods are Cardiac Catheterization/coronary angiogram, Electrophysiology, Electron Beam (ultrafast) CT or EBCT, Cardiac biopsy (Myocardial biopsy), MRI scan and Pericardiocentesis. It is also important to take a look at high triglycerides as well as this often accompanies high cholesterol. result review vig rx top penis enlagement pills best pnis enlargement pills penis enlagement traction device enlargement penis pill vimax pennis enlargement operation pennis enlargement surgery picture medical pennis enlargement pnis enlargement testimonials

There are three different types of muscle tissue in the human body: cardiac muscle, which is only in the heart; smooth muscle, which is found in organs & blood vessels; and of course skeletal muscle, which is found all over the body and is responsible for movement. All three of these muscle types have distinctly different anatomical structure and function in the body. We know that muscles get bigger and stronger when put under stress, which is called adaption. Which simply means that the muscle is preparing itself in case it’s put under the same type of stress again. An analogy is calluses on your hand, if you rub your hand on a course surface causing enough friction eventually the skin adapts by building up calluses, thus protecting it self from future happenings. Muscle reacts much the same way, if you train them or put them under enough stress they will adapt to this stress by growing bigger and stronger. So the next time you train them they will be capable of handling this new level of stress. Now obviously that is a very basic explanation, but hang on to your dumbbells we’ll get more in depth! Inside a muscle there are groups of motor units separated by membranes. Each motor unit consists of a single neuron and all of the muscle fibers it stimulates. In muscles such as the hand where fine motor control is necessary the ratio of nerves to fibers will be much higher than that of a muscle such as the calf. Muscle fiber consists of myofibrils, a myofibril is a small bundle of myofilaments. Myofilaments are mainly comprised of two types of proteins called actin and myosin. The myofilament is the part of the muscle that actually shortens upon contraction where the actin and myosin filaments slide over each other, which is called the sliding filament theory. Basically by the way of chemical bonds and receptor sites located on the myofilaments the actin and myosin attract each other thereby causing a contraction. A contraction can be held until fatigue sets in, and the strength of a contraction is determined by the number of motor units that are recruited. Inevitably, the more force that is necessary for muscle contraction requires an increased number of motor units to allow the muscle to contract. Within skeletal muscle there are three types of muscle fibers: Type I, Type IIa and Type IIb. Everyone has their own unique distribution of these fibers, some people are predominately Type I, and some Type IIa, however the “average person” has an even amount of red and white fiber. Type I muscle fiber often referred to as slow-twitch or red fiber and is highly resistant to fatigue and has a high oxidative capacity, This muscle fiber is responsible for aerobic exercises and activities, such as running. Type IIa muscle fiber often referred to as fast-twitch or white fiber is an intermediate fiber and they’re larger in size and much stronger than Type I fibers. Type IIb muscle fiber, which are also fast twitch & white fiber, are capable of producing more force than Type IIa, but they’re low in oxidative capacity, and fatigue very quickly. Fast twitch fibers have thicker nerves that give them an increased contractile impulse, which is measured by the number of twitches per second, hence the name fast twitch fiber. Slow twitch fibers have smaller nerves, thereby twitch much slower, however they have a higher number of mitochondria, which increases their oxidative capacity. Mitochondria are the cells in a muscle that synthesize ATP (Adenosine Triphosphate), often referred to as the cell’s “powerhouse”. Okay, so now you have a basic understanding of muscle physiology, let’s talk about how we make them grow! The enlargement of a muscle fiber is called hypertrophy. As I mentioned earlier muscle growth or hypertrophy is a result of adaption to a new stress placed upon the muscle. So, what is the best form of stress? Well, there really is no single best principle that will work for every person. This is where the muscle fiber type distribution that you posses becomes important. If you train using appropriate methods based on your individual body type you will ultimately get faster results. First I would like to define the 7 Laws (adapted from the writings of Fredrick C. Hatfield) that should be adhered to regardless of the type of training system you employ: Law I – The Principle Of Individual Differences We must recognize and accept that we are all different based on genetics. We all have different body types, often referred to as the somatotypes: ectomorph, mesomorph & endomorph (most people are a combination of all 3 body types). The somatotypes is a very general classification that can help you determine the best type of training for you, but it’s a very basic tool and there is much more involved in one’s genetic make-up and musculature. Somatotypes are defined as follows: - Ectomorph: Thin, light bone structure, difficult to gain mass. - Mesomorph: Muscular, lean, gains muscle mass relatively easy. - Endomorph: Heavy, large bone structure, propensity to weight gain. Law II – The Overcompensation Principle The body overcompensates in defense to the stress placed upon it. A muscle grows bigger and stronger when trained with heavy weights, just as your hand will develop calluses when friction is applied. If you do not change the form of stress the muscles will have no reason to further adapt. Law III – The Overload Principle Relates to Law II, in that to gain further size & strength, endurance, etc., you must use training that is greater than what the body would normally encounter. If you train with the same amount of weight and/or repetitions every workout your muscles will not continue to adapt. Thus, you must overload in some way to cause further adaption. Law IV – The SAID Principle Specific Adaption to Imposed Demands, basically this law states that in order to meet your training objectives, e.g. increase explosiveness, you must you use specific training methods that will increase explosiveness. Or, if your goal is to increase limit strength, you must train with heavy weights. Law V – The Use/Disuse Principle Very simply put: “use it, or lose it”! If you increase a muscle via weight training you must continue to place the same or more stress upon the muscle or it will inevitably return to it’s normal size, which is called atrophy. Law VI – The Specificity Principle This law states that you must progress from foundational training to specific training to meet your final objective, whether it be a competition or improving your game of golf. An example would be to increase your maximum squat you need to use squats in your training rather than leg presses. Law VII – The GAS Principle General Adaption Syndrome, there are three stages: the alarm stage (intense training), the resistance stage (adaption) and the exhaustion stage (over training). If one is not careful in their training regimen they will over train according to this law. To avoid over training you must use periods of high intensity training, followed by periods of low intensity training and/or rest. So, no matter what method of training you utilize, the 7 Laws should be adhered to as closely as possible to facilitate maximum gains and to avoid a state of over training. The two most common questions are how much weight and how many reps? Unfortunately there is no magic number; it will vary from individual to individual. An “ectomorph” who is predominantly red fiber will respond better to higher repetition training, whereas a “mesomorph” who is predominantly white fiber will respond better to lower repetitions and heavier weights. However, no one is any single somatotype, most of us are a combination of all three, so there is no canned program that will yield the best results. For overall size gains, the goal of a bodybuilder, using a multitude of rep ranges, poundage’s and varying intensity will be most beneficial as well as staying in your 55-85 percent maximum range. If your max on bench press were 200lbs, using varying weights of 110lbs up to 170lbs would be your “training zone”. That does not mean you should never go above or below those poundage’s, it just means that the majority of training you do should be within that range. Typically, for hypertrophy to take place your reps should be in the 4-8 range. There is no need to ever use a weight that you cannot perform at least 4 reps with, unless your goal is pure strength. There are a few reasons that I say this, one is that when you train at 90 percent or higher of your maximum weight Type IIb muscle fibers are doing the majority of the work, and this will not do much for hypertrophy. In fact, even power lifters and Olympic lifters do the majority of their training at around 85% of their max. You may be thinking that 55-85 percent is quite a difference in poundage, well it is. This is where periodization comes into play. Periodization is a concept where you use cycles to break up your training. Regardless of your ultimate goal you should have a plan, and this plan needs to be broken up into your daily, weekly, and monthly workouts. So, you may have a week of heavy intense training, then a maintenance week of lighter training, the light week allows the muscles to recuperate, yet because they’re still being trained atrophy will not occur from disuse. In order to avoid a state of over training, and continue to grow, we need to recover. Remember your muscles do not grow in the gym, they grow when at rest. Many factors contribute to over training, including inadequate rest, continued heavy training, and deficiencies in diet & nutrition. By using periodization to map out your training you will avoid over training and keep your muscles in a state of continued adaption. Principles that can be used when planning your training cycles: Cycle Training: this is where you break up your training into bulk cycles, strength cycles and cutting cycles; which will help keep your muscles in a responsive state. Split Training: this is breaking up your training into separate body parts each work-out which allows for shorter and more intense sessions. Muscle Confusion: your muscles adapt to stress, and ultimately you can reach a plateau. By constantly varying the exercises, weights, sets and reps you can ensure continued adaption. Progressive Overload: continue to increase different parameters in your training, whether it be more weight, increasing sets and reps, etc. Eclectic Training: using a variety of methods in your training, combining numerous techniques such as compound and isolation exercises. Principles that can assist you in arranging each workout: Supersets: alternating two opposing muscle groups with little rest in between sets. Giant Sets: performing several exercises for a single muscle group with little rest in between sets. Muscle Priority: training a weaker body part first in your work out. Pre-Exhaustion: this is where you perform an isolation exercise preceding a compound exercise, e.g. leg extensions before squats. Pyramiding: beginning with a lighter weight, gradually increasing weight and lowering reps, then work backwards, decreasing weight and increasing reps. Stripping: going from a heavy weight, and stripping off weight each set as fatigue sets in. Principles that can be used with each exercise: Forced reps: once failure has been reached on a set, your partner assists you in performing additional reps that could not be performed alone. Continuous tension: maintaining slow continuous tension thru out the rep, which will maximize red muscle fiber recruitment. Cheating: once failure is reached the weight is swung past your sticking point to complete the movement. (useful when you do not have a spotter) Partial reps: as the name implies only part of the full movement is performed, e.g. only curling a barbell half way up, which can be effective due to the varying points of leverage. Peak contraction: at the completion of a set holding the weight fully contracted for a few seconds. Super speed: using a lighter weight, reps are performed explosively yet controlled, called “compensatory acceleration”, which can help with white fiber recruitment. Another very important component of your training and growth is nutrition. Unfortunately, the scope of this article is not diet and nutrition, but I want to emphasize its importance. Since protein is required for anabolism, it’s crucial that your protein intake be adequate. The general rule of thumb for protein requirements is 1 to 1.5 grams of protein per pound of bodyweight. This means that a 200lb bodybuilder should be consuming 200-300 grams of protein per day spread across 5-6 meals each day (33 to 50 grams per meal). You should consume protein from a variety of sources, including red meat, chicken, eggs, milk, fish, cheese and whey to name a few. Many times people will say they just cannot gain weight; well the answer is simple “eat more calories”. In order to gain weight, including muscle mass, you must be consuming more calories than you’re burning, period. So, if you feel that you’re doing everything correctly in regards to training, and you’re not gaining weight, try increasing your calories by 200-300 per day. I am not saying the answer is that simple, although often times it is, I am just making the point that you cannot gain weight without adequate calories. 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Vaginal Wetness during Sex: YOU MAY BE WETTER THAN NECESSARY! Most of us assume that sex is best when wet, but are you feeling as much as you could be from intercourse? Just like a car engine, there is an upper and lower range that is required for maximum performance. Too much natural lubrication (wetness) during sex reduces pleasure for both partners. Females lose greater stimulation along the vaginal walls. Men lose out on the corresponding ‘tight’ sensation that they love. We all have an optimum level of friction that is required to enable heightened pleasure for both partners, thus leading to easier climax. This level of stimulation can most easily be obtained by experimenting with your wetness level. Sex could be much more satisfying than what you think it already is. A woman’s wetness level increases naturally as arousal increases. But for some ladies, even the slightest turn-on is enough to produce an extravagant amount of lubrication. If excess wetness is a problem for you, OR if you wish to simply experiment with different levels of wetness, seeking the most pleasurable ‘tight’ sensation for your man, what can you do? First, realize that there is more involved in sex than just the intercourse part of it. More women achieve orgasms by clitoral stimulation than by intercourse. However, intercourse is an intimate act & should be satisfying when possible. If it is not enjoyable, then a couple will more than likely become romantically distant. This is the beginning of marriage deterioration. Secondly, you should see your doctor to be sure there is no infection, abnormalities, or other problem causing your excess wetness, especially if it is something new. Don’t take chances! Medical Options: The most radical solution to excess wetness is surgery. This should be your last resort, & is rarely necessary. Other medical procedures include freezing or lasering the cervix to reduce secretions, electrical stimulation, & treatment with magnetic fields. These treatments can variously be painful, costly, & time consuming. There is no guarantee of success or that the problem will not return. Non-Medical Options: There are numerous options, but few realistic ones. Here are some common things couples try (including some “old wives tales”) & comments about their effectiveness. 1) Anything that dries up the mouth. In general, if it dries the mouth, then it will also affect the vagina somewhat. Examples would be decongestants, antihistamines, cold formulas, certain antidepressants, alcohol, cigarettes, & marijuana. While these may work to some degree, wetness & corresponding tightness levels are not controllable, not to mention that a dry mouth is not as tasty during kissing & is more conductive to bad breath due to lack of saliva. 2) Try an Alum Douche. We’ve heard of this, but don’t know any doctor recommending it. Alum acts to contract walls of vagina, but can be irritating & cause yeast infections. There’s no way to judge how long it will last nor a way to control the extent of tightening 3) Use a ribbed condom or penis sleeve. Excess wetness remains a problem with or without a condom. Penis sleeves help the man feel more, but tends to numb the woman’s vagina after a few minutes, making her uncomfortable. 4) Douche with plain water. This has some impact by reducing the amount of natural lubrication, but the effect tends to vanish as the woman’s arousal increases, resulting in secretion of even more lubrication. 5) Insert a sponge or cloth. One of the more embarrassing techniques as it must be done intermittently. Couples find this a big turn off. The technique though, is to wrap a thin sheet/towel around a couple of fingers. Insert the fingers to soak up vaginal wetness. Proceed with intercourse. Repeat as necessary. While this method does work, re-entry of vagina is difficult & painful because this method absorbs ALL the lubrication. Within a few minutes however, as arousal increases again, there will once again be too much wetness. With this method, there is no way of controlling the desired level of wetness & tightness. 6) Use of a fan blowing on the genital area. Not a practical solution, as it primarily results in making the couple cold, while having little impact on internal vaginal secretions. 7) Use of birth control pills. An old wives tale without any validity. 8) Repositioning her body. Certain positions, such as closing of the legs, act to tighten the vagina, but unless the man has a longer than average penis, he will find it far less satisfying due to shallower penetration. 9) Insert an ice cube into the vagina to cause muscle contraction. Another old wives tale, not to mention the obvious discomfort. 10) Vaginal Cones. Very similar in concept to kegal exercises. The idea here is to exercise the vaginal muscles by holding an object inside the vagina by flexing the interior muscles. Increasingly heavier weights can be placed inside. The theory is sound, but females have a difficult time staying on this type of program long enough to be of benefit, not to mention that like any muscle, if it is not continually worked, it will lose its strength. The other disadvantage is that to be of benefit during intercourse, the female must consciously flex her interior muscles, thus taking away from her ability to relax & enjoy the act of intercourse itself. 11) Creams. There are a couple of these on the internet now being marketed under many different names. If you already suffer from excess wetness, adding a cream to the existing problem is not going to help. Manufacturers say the creams have a tightening effect on the vagina within 15-30 minutes, but evidence shows that any NOTICEABLE tightening effects is minimal to none. Application of the cream to the interior walls of the vagina is difficult, embarrassing & must be properly timed to correspond with intercourse. Some of the creams contain benzocaine, alum or Vaseline, none of which are recommended for being inserted into the vagina. To check out more on these creams, look on the internet under ‘vaginal tightening.’ 12) AbsorbShun natural powder. Is an ‘all-natural’ powder that either the man or woman can apply to the man’s penis. It is simple & quick to use, & has a noticeable moisture absorbing effect within 1-2 minutes. The more powder used, the more absorption, thus allowing the couple to find (and control) their most preferred moisture & tightness level. For more information on this product, go to www.absorbshun.com Whatever option you choose, you should look for a solution that is satisfactory for both partners. Finding the right level of lubrication can lead to greater sexual pleasure, more frequent sex, & a closer relationship between partners.