Ulcerative colitis and Night Sweats

Ulcerative colitis can often lead to nocturnal hydrosis commonly know as night sweats. Sweating is a symptom of  colitis and Understanding the mechanics of sweating is critical to finding a solution to night sweats when dealing with Colitis. From this page you can read detailed information regarding Colitis.

Definition of Ulcerative colitis

Ulcerative colitis is an inflammatory disease of the bowel that usually affects the distal end of the large intestine and rectum. It has no known cause, although there is a genetic component to susceptibility.

Types of colitis

Ulcerative proctitis refers to inflammation that is limited to the rectum. In many patients with ulcerative proctitis, mild intermittent rectal bleeding may be the only symptom. Other patients with more severe rectal inflammation may, in addition, experience rectal pain, urgency (sudden feeling of having to defecate and a need to rush to the bathroom for fear of soiling), and tenesmus (ineffective, painful urge to move one's bowels).

Proctosigmoiditis involves inflammation of the rectum and the sigmoid colon (a short segment of the colon contiguous to the rectum). Symptoms of proctosigmoiditis, like that of proctitis, include rectal bleeding, urgency, and tenesmus. Some patients with proctosigmoiditis also develop bloody diarrhea and cramps.

Left-sided colitis involves inflammation that starts at the rectum and extends up the left colon (sigmoid colon and the descending colon). Symptoms of left-sided colitis include bloody diarrhea, abdominal cramps, weight loss, and left-sided abdominal pain.

Pancolitis or universal colitis refers to inflammation affecting the entire colon (right colon, left colon, transverse colon and the rectum). Symptoms of pancolitis include bloody diarrhea, abdominal pain and cramps, weight loss, fatigue, fever, and night sweats. Some patients with pancolitis have low-grade inflammation and mild symptoms that respond readily to medications. Generally, however, patients with pancolitis suffer more severe disease and are more difficult to treat than those with more limited forms of ulcerative colitis.

Fulminant colitis is a rare but severe form of pancolitis. Patients with fulminant colitis are extremely ill with dehydration, severe abdominal pain, protracted diarrhea with bleeding, and even shock. They are at risk of developing toxic megacolon (marked dilatation of the colon due to severe inflammation) and colon rupture (perforation). Patients with fulminant colitis and toxic megacolon are treated in the hospital with potent intravenous medications. Unless they respond to treatment promptly, surgical removal of the diseased colon is necessary to prevent colon rupture.

Features

Chronic (> 6 months) diarrhea (sometimes bloody).

Comparison to Crohn's disease

Ulcerative colitis is similar to Crohn's disease, but there are characteristic differences. Ulcerative colitis affects only the colon and cannot "migrate" to the small intestine, while Crohn's disease can affect the entire digestive tract. Complete colon removal can thus be considered a "cure" for ulcerative colitis. Ulcerative colitis is usually confined to the mucosal and submucosal lining of the colon, and affects whole areas of intestine. Crohn's disease, on the other hand tends to be patchy, and affect more layers of intestine, being transmural in nature. Due to the nature of the inflammation, ulcerative colitis rarely requires resection surgery in contrast to Crohn's disease where such surgery is often needed due to dangerous bowel obstructions and other complications. However, the risk of colorectal cancer development in ulcerative colitis patients is significantly greater (up to 5 times) than general population after 10 years following the diagnosis.

Cause

The cause of ulcerative colitis is unknown, although infective agents have been suspected, and there is a genetic component to susceptibility. Immune system over-activity has also been suspected as a cause.

There is much research currently being conducted in this area, and some new theories and medications show promising results. While a definitive cause of Ulcerative colitis may never be discovered (since it is highly possible that it is a result of a combination of environmental, genetical, bacterial and other factors), an effective treatment or even a cure may not be very far away.

Diagnosis

A long-standing history of bloody diarrhea, with no sign of infection, is consistent with ulcerative colitis. A diagnosis is usually achieved through colonoscopy with biopsy of pathological lesions. Ulcerative colitis most often affects the rectum and the distal left side of the colon, but can occur anywhere in the large intestine. Pan-colitis is a full-blown inflammation of the entire colon (including the appendix), and is especially hard to treat.

Course

People with ulcerative colitis may initially have bloody diarrhea (the severity of which is variable from time to time). Because of destruction of the nerves in the bowel, movement may be impaired, and the intestine may dilate. This may, in some cases, result in an extreme diarrheal disease - toxic megacolon, however the probability of occurrence is very low, and is further reduced by regular routine surveillance by colonoscopy. Eventually the inflamed mucosa may develop a risk of malignancy, requiring biopsy every few months. Sometimes the risk of malignancy is such that bowel resection is offered. Many secondary complications are due to the nature of some medication prescribed for treatment of the symptoms, notably corticosteroids and immunosupresive agents, and long-term use of these drugs should be avoided if at all possible.

However, in most ulcerative colitis cases prognosis is relatively good, as remission can often be maintained through relatively harmless anti-inflammatory medication and most patients may never require any kind of surgery for their condition. While quality of life can often be impaired by unpleasant symptoms such as pain, vomiting and chronic diarrhea, the disease is very rarely fatal on its own, and most patients enjoy normal symptom-free lives while in remission.

Treatment

Although much progress has been made in the last 20 years, in understanding and treating the disease, a definitive treatment or cure for Ulcerative colitis still eludes modern medicine. Therefore, treatment for Ulcerative colitis actually aims at inducing remission, preventing relapse, improving nutritional deficiency, and ensuring normal growth and development in child patients. This is achieved primarily through medication, and sometimes surgery.

There is no proven connection between dietary habits and the onset of the disease. Although opinions are somewhat divided on this issue it is safe to say that no particular diet can influence length of remission or cause inflammation if none is present. The usual recommendation for patients is to simply avoid foods that have caused them discomfort in the past, and try to eat as healthy as possible. This does not apply to acute onsets of the disease when a patient should try and maintain a low-fat and generally bland diet to facilitate faster and easier healing.

Current research and treatment alternatives

Kampo medicine is used in Japan as complementary or alternative medication to sulfasalazine. Oren-gedoku-to is one such traditional herbal medicine being used both in Japan and China since the Han Dynasty (Traditional Chinese Medicine name is Huang-Liang-Jie-Du-Tang and english name Coptis Detoxifying Formula). Another herbal supplement said to help with the bleeding hemorrhoids associated with ulcerative colitis is rutin, sold in most vitamin and supplement stores.

Significantly elevated number of sulfate-reducing bacteria in the colon have been observed in some Ulcerative colitis patients, resulting in higher concentrations of the toxic gas hydrogen sulfide. It is has been suggested that this may be a major contributor to the disease, however, it is not completely clear whether this may be considered a cause or a mere side-effect of the disease itself. Further research is underway. [Roedinger 1997, Levine 1998]

Interestingly enough, another unrelated study suggested sulphur contained in red meats and alcohol may lead to an increased risk of relapse for patients in remission.[1]

One controversial theory claims that Mycobacterium paratuberculosis which is responsible for Johne's disease in cows, sheep and goats has many similarities to Crohns and a lesser extent Ulcerative Colitis. The M. Paratuberculosis bacteria are extremely hardy and may survive normal pasteurization method of milk which is 72 degrees celsius for 15 seconds. The theory is further that the M. Paratuberculosis bacteria are only indirectly responsible, since it is the immune system of the person that overreacts in an allergic fashion to this intestinal bacteria. M. Paratuberculosis is also probably underreported as the suspect variant grows very slowly in ordinary cultivation tests and recent research indicates only DNA testing will show if it is present in low numbers.[2]

Recently, probiotics have become a powerful alternative treatment for ulcerative colitis. While they do not cure the disease, they have been found to significantly reduce symptons. One probiotic formula known as VSL #3 has shown promise for people with ulcerative colitis. [3]

Another controversial area of probiotic research involves the infusion of human probiotics (fecal enemas). While there are still many questions that remain to be answered, there have been several cases where people with ulcerative colitis have been "cured" or remain in remission - some of them for more than 13 years to date - without drugs. While the process itself has been used in hospitals to cure C. Difficile infections, it has yet to be given serious consideration by the scientific community. [4]

    

Medical Conditions That Cause Night Sweats

Acromegaly

Andropause

AIDS

Acute Lymphoblastic
Leukemia

Acute Myelogenous Leukemia

Brucellosis

Breast Cancer

Crohn's Disease

Chronic Lymphocytic Leukemia

Chronic Myelogenous Leukemia

Endocarditis

Crocodile Blood

Diabetes

Diabetic Neuropathy

Tuberculosis

Hairy Cell Leukemia

Hashimoto's Disease

Hepatitis B

Sarcoidosis

Hodgkin's Disease

Wegener's Granulomatosis

Menopause

Mycobacterium Avium Subspecies Paratuberculosis

Human T Cell Leukemia

Lymphotropic
Ulcerative Colitis

 Pulmonary Edema

Nocturnal Hypoglycemia

Non-Hodgkin's Lymphoma

Perimenopause

Primary Hyperhidrosis

Sleep Apnea

Sleep Apnea and Phentermin