Diet Improper diet is perceived as a ground cause of Diabetes Mellitus. Excessive amount of fats, carbohydrates and protein may lead to harm to the body. More than required diet hurdles the pancreas in the performance of insulin secretion. Insufficient insulin secretion rises the Glucose level in our body which results in

developing Diabetes Mellitus. Studies show that the people who are more inclined to chocolate, pudding, ice cream, bread, cakes and biscuits, are at a risk of developing Diabetes Mellitus. So, it is necessary for parents to develop good dietary habits in their kids instead of offering them such refined Carbohydrates.
Obesity
Obesity is another risk factor of developing Diabetes Mellitus. If a person exceeds in weight limit compared to his height, he is supposed to develop Diabetes mellitus. Because of obesity insulin fails to work properly in the body because the body cells and tissues turn to resist insulin. So, in order to avoid the risk factor of Diabetes Mellitus it is necessary to keep body weight in proper balance.
Viral infections
Coxsackie B virus infects the pancreas destructing Beta (B) cells of Islets of Lange Home impairing insulin secretion which finally results in enormous increase in blood Glucose level.
Lack of activity
Studies show that people with lesser activity are at a great risk of Diabetes. So, its is compulsory to maintain Glucose level in the body with the help of certain activities. In this way, The Glucose in the blood can be utilized by cells to produce energy, and the work burden on pancreas should be shorten.
Age factors
Age factor leads to pancreatic dysfunction. So, it has been observed that people in 45years of age develop the risk of Diabetes because of little activity.
Mental agitation
Certain kinds of mental stress as the death of some near one or some loss in business and such other mental agitations promote Diabetes.
Smoking
People who are more prone to smoking are absolutely in the danger of Diabetes. The more you smoke the more you go away from life.
There may be some other causes of Diabetes Mellitus that are mentioned below.
- Type1 Diabetes Mellitus is characterized as an auto-immune-disorder, developed from a sudden attack by the immune system on insulin producing cells in the pancreas.
- Hereditary factors may also involve as important in Type2 Diabetes. Race also influences many complications of diabetes mellitus during pregnancy. For instance, black women are supposed to have lower rates of macrosomia, despite similar levels of glycemic control. While, Hispanic women have higher rates of macrosomia and birth injury as compared to women of other category.
- Some medicines such as: corticosteroids or thiazide diuretics may increase the danger of Type2 Diabetes Mellitus.
- Expecting ladies can develop Gestational Diabetes that normally ends after giving birth. These women are usually at an increased danger of developing subsequently Type2 Diabetes Mellitus.

When the pancreas produces no or little insulin, Type1 Diabetes suddenly develops and affects people under 30years of age. The average age of developing this disease is about 12to 15years. Type1 Diabetes is often observed in only 5% cases of diabetes. Type2 Diabetes Mellitus is also famous as adult-onset-diabetes. During this ailment,

insulin production by pancreas is slightly reduced and the cells seem not to be responding to the insulin efficiency. This state is known as insulin resistance. The speed of Type2 Diabetes is gradual and mostly affects overweight people over 40.
People with Type2 diabetes are at risk of another life-threatening stage known as Hyperosmolar Nonketotic condition, characterized by blood sugar at extreme level. This ailment usually occurs in old age people with some other serious ailments. DKA or the Hypersomolar stage can be the initiating indicator of anyone suffering from diabetes.

Malaria is an acute infectious disease, usually transmitted by the bite of a mosquito. Single-celled parasites (plasmodia) carried by the mosquito enter the bloodstream and travel to the liver.

There they mature and proliferate for several day or weeks and cause no symptoms. Eventually, however, the plasmodia reenter the bloodstream and infect the red blood cells. After multiplying for two to three days the parasites cause massive destruction of red cells. This initiates the classic cycle of malaria symptoms that last 12-24 hours.

It begins as a period of uncontrollable shivering and chills, followed by a fever as high as 105F. Finally, a period of profuse sweating occurs, which helps the body temperature return to the normal. The patient is left exhausted but otherwise temporarily free of symptoms.
However, plasmodia released from dying red cells and those continuing to multiply in the liver infect other red cells and cause repeated attacks, usually every two to three days. If untreated, attacks can continue intermittently for years and nay be fetal, although the body gradually builds up defenses, against the disease. While malaria is already life threatening, one form of the diseases caused by the parasites Plasmodium Falciparum, releases all of the parasites into the blood stream at once and produces a single severe attack that is sometimes fatal. Falciparum malaria may be complicated by kidney failure or disseminated intravascular coagulation (DIC).
What causes IT?
Malaria is caused by single-celled parasites (plasmodia), usually transmitted to their human hosts via the bites of an infected female anopheles mosquito. This disease is most common in tropical areas.
Malaria may be spread during a blood transfusion or by sharing needles for intravenous drug use.
Pregnant women with malaria can transmit the infection to their unborn children.
Prevention
Before departing for a tropical or subtropical area, see your doctor or, preferably, go to a travel clinic when you can obtain information on the types of malaria (including drug-resistant malaria) presently found in the area of your destination. Recommendations may include taking the antimalarial drug chloroquine before leaving and for at least four weeks after returning. In a growing number of areas, such as Southeast Asia, Colombia, and Africa, plasmodia are resistant to chloroquine. For trips to such places, other drugs, such as mefloquine or doxycycline are necessary.
When in mosquito-infested areas, put mosquito netting over beds, use insect repellents, and install window screens. Wear long-sleeve-shirts and long pants of you go out during mosquito-prone hours. Stay indoors between dusk and dawn, the hours when mosquitoes feed.
Diagnosis
Patient history and physical examination are needed.
Blood smears and examined for parasites.
How to treat it
Hospitalization is often required. The drug chloroquine is administered to kill parasites in the blood. To kill choloquine-resistant plasmodia, other drugs, such as quinine or quinidine, are used.
For malaria other than that due to P. falciparum (which causes only one attack), an additional drug, primaquine, must be taken for two weeks. This kills parasites in the liver, thereby preventing recurrent attacks.
When to call a doctor
Contact your doctor before traveling to areas where malaria is prevalent.
See a doctor if malaria symptoms develop or recur.

Thousands of the bacteria in the body are harmless by the protective effects of the immune system, but many of them are beneficial too. However, few of the many species of bacteria are pathogenic and cause infectious diseases, including cholera, syphilis, anthrax, leprosy, and bubonic plague. Infectious diseases are such diseases that are

somewhat somehow dangerous and can be caused by bacteria viruses or by parasites. It is of immense studying that Infectious diseases are contagious diseases which consist of medically sickness and bad illness because of the infection, existence and recycling of pathogenic biological agents in any host organism effecting individually.
In many cases, infectious diseases may be asymptomatic for almost there complete life. There are also other forms of microscopic life that can cause infectious diseases in humans. These minute organisms are present in all over the body, and they can be transferred on from one another.

Some of these infectious diseases are quite mild and our body’s immune system is quit tough to bear that and capable to fight them off. But there are even deadly ones those that can not be bearable and controlled and if left untreated may lead to death. Here is the list of Infectious Diseases Caused By Bacteria.
Anthrax
Bacteremia
Botulism
Brucellosis
Clostridium Difficile (Antibiotic Diarrhea)
Campylobacter Infection
Cat Scratch Disease
Chancroid
Chlamydia
Cholera
Clostridium Perfringens
Conjunctivitis
Diphtheria
E. Coli Infections
Ehrlichiosis
Enterococci
Epididymitis
Food Poisoning
Gardnerella
Gas Gangrene
Glanders
Gonorrhea
Group B Strep
H. Pylori (Helicobacter Pylori)
Haemophilus Influenzae B (HIB)
Impetigo
Intertrigo
Leprosy (Hansen’s Disease)
Listeriosis
Melioidosis
Methicillin Resistant Staphylococcus Aureus (MRSA)
Orchitis
Osteomyelitis
Otitis Media (Ear Infection)
Pertussis (Whooping Cough)
Plague
Pneumonia
Prostatitis
Pyelonephritis (Kidney Infection)
Q Fever
Rat Bite Fever
Rocky Mountain Spotted Fever
Salmonellosis
Scarlet Fever
Sepsis
Shigellosis
Staphylococcal Infections
Streptococcal Infections
Syphilis
Tetanus
Toxic Shock Syndrome
Trachoma
Traveller’s Diarrhea
Tuberculosis
Tularemia
Typhoid Fever
Typhus Fever
Urinary Tract Infections (Cystitis)
Vaginosis, Bacterial
Whooping Cough (Pertussis)
Yersiniosis

Clinical Features: Many patients infected with cholera have mild disease, with 1-2% developing severe diarrhea. Severe watery diarrhea presents with vomiting that rapidly leads to hypovolemic shock, metabolic acidosis and death. There is a sudden onset of massive, frequent, painless, watery stools, generally

having a “rice-water” consistency containing some mucus but no pus cells or blood. Low grade fever occurs in some patients. Vomiting may be projectile and is not accompanied by nausea with in 2-3hours, the massive loss of fluid and electrolytes results in life-threatening dehydration with marked weakness and collapse. Fluid therapy is not initiated, renal failure with uremia will occur and death rapidly ensues. The illness lasts 1-7 days and is shortened by appropriate antibiotic therapy.
Lethargy, seizures, fever, hypoglycemia, Acute renal failure, pulmonary odema during rapid fluid correction and death are its main complications.
Diagnosis:
Diagnosis of this infectious disease is largely clinical. In endemic areas, any patient with severe, watery diarrhea should be considered a possible case of cholera until confirmed by laboratory investigations.
There may be marked acidosis, hypochloremia, and hypoglycemia on stool microscopy, the characteristic darting motility of vibrios can be recognized in freshwater preparations. Diagnosis is also confirmed by stool culture.
Treatment:
The mainstay of treatment for cholera is fluid and electrolyte replacement. Oral rehydration (ORS) given is the treatment of choice (100 ml/kg/4 hours) vomiting is not a contra-indication to oral rehydration.
ORS can be given as much a patient can take. If the child is not able to take oral fluids, has an ileus, or in shock, IV fluids (Dextrose Saline or Ringer Lactate) are given. Push 20 ml/kg of dextrose saline or ringer’s lactate IV in 10-15 minutes and repeat if shock is not corrected. All this fluid should have glucose to prevent hypoglycemia. Food should be started as soon as fluids deficits are replaced. It will minimize nutritional impact of the illness.
Antibiotics are given to shorten the duration of illness.
Chloramphenicol (75mg/kg/day in three divided doses for 3 days).
Trimethoprim-sulfamethoxazole and ciprofloxacin are also given with doctor’s advice.
Prevention:
Most important method of preventing life-threatening cholera in infants is prolonged Brest-feeding.
Hand washing, safe food and water supply and proper handling of sewage are important preventive measures.
In endemic areas, water and milk must be boiled, food protected from files, and sanitary precautions observed.
All patients with cholera should be isolated.
Cholera vaccine provides 50% efficacy upto 3-6 months after vaccination. It is given parenterally as a twice-dose.
It is not recommended for children younger than 6 months of age.

Food poisoning is suspected when sudden, acute gastrointestinal symptoms arise. It is difficult to prove that food poisoning is the cause of illness unless several people develop symptoms after sharing a meal. Severe symptoms require particular treatment and some times hospitalization. The leading symptoms of food poisoning are vomiting,

nausea, abdominal pain and diarrhea. The signs from the most common types of food poisoning generally start with 2 to 6 hours of taking the food. This period may be longer or shorter, depending on the toxin or organism responsible for the illness. Some other symptoms come from bacteria-related illness as opposed to viral infection. Salmonella infection is the most notable type of the disease. In bacterial-base cases of food poisoning the most striking signs are watery diarrhea, vomiting, dizziness, muscle aches, pains and even joint pain. In some cases abdominal cramps, fever, headache and bloody stools are noted. These are most common reasons for food poisoning infants and children, which is traveled from person to person. Sever symptoms may include stools with a lot of blood and can result in the damage of the nervous system.

5 minutes by stretching or walking and we should not stop moving. This will help us to ring our heart rate to normal.
The sign of endurance fitness is different for a boy and girl. A sign of endurance grade is jogging 2.9 kilometers in 20 minutes. A sign of endurance fitness for a boy in fifth grade is jogging 3.2 kilometers in 20 minutes.

1 Pain in the eyes which is the result of dysfunction of eye tissues. 2 The second major symptom of retinopathy is retinal detachment in which the retina of the eye is displaced from its tissues. As a result of this detachment the blood circulation in these tissues, is disturbed. Subsequently, the patient suffers with total or partial blindness.

3 Retinal detachment can also create a problem of weak side vision or central vision. In this particular situation the patient is unable to see things to the side or up and down from your central vision.
4 Blurred central vision reasoning macular edema (Macular edema occurs when fluid and protein deposits collect on or under the macula of the eye (a yellow central area of the retina) and causes it to thicken and swell. The swelling may distort a person’s central vision, as the macula is near the center of the retina at the back of the eyeball.
5 Floating cobwebs or spots are observed while watching anything because of hemorrhage.
6 Patients of diabetic retinopathy are usually asymptomatic until macular edema or a vitreous hemorrhage develops.
7 Fluctuating vision.
8 Dark or empty areas in your vision.
9 Vision gets blocked by patches or streaks.
10 Progression of a “Scotoma” or shadow in central vision, reduced night vision that is the fatal condition.
11 Corneal abnormality(gradual healing of injuries).
12 “Presbyopia” near vision weakness.
13 “Cataract” (A Cataract is the blur of eye’s lens behind the “Iris” and Pupil).
The given booklet of the symptoms of Diabetic Retinopathy is enough to elaborate how you can perceive the progression of this ailment in you and take adequate steps at an immediate level. But keep one thing in mind that Diabetic Retinopathy’s symptoms can not be noticed at initial level so proper clinical examination is must to take for the purpose of its acknowledgment.

(ii) A partner will hold feet flat on the floor.
(iii) When partner says, “Go”, curl up in a position as almost sitting. When doing bent-knee exercise be sure to keep hips in contact with testing surface at all times. Touch elbows to thighs. Blow air out as curl-up. This will help to give power for the movement.
(iv) The curl-up will be finished by lowering shoulders to the floor. Breathe in as we do so. This is counted as one curl-up and partner will count curl-ups.
(v) This test will be completed in two minutes. The pace should be same while doing each curl-up correctly.
Doing 35-40 curl-up in two minutes is a sign of muscle- strength fitness for both boys and girls in fifth grade.

In other words, it is a sight-threatening disorder marked by an increase in intraocular pressure. Glaucoma affects our eyesight gradually. There are two types of glaucoma, open angle and closed angle. Open-angle glaucoma, which accounts for 90% of all cases, is a slow, progressive disease.

Closed-angle glaucoma is relatively uncommon and is characterized by rapid and extreme elevations of IOP, often causing acute symptoms such as sever eye pain and rapid blurring of vision.
All types of glaucoma occur as a result of damage to the optic nerve which is caused by raised pressure in the eye.
Causes: Glaucoma usually occurs when fluid in the eye builds up, causing higher pressure than the eye can withstand. The primary cause of open-angle glaucoma appears to be an excessive buildup of aqueous humor, increasing IOP. When IOP remains elevated or continues to raise, fibers in the optic nerve are compressed and destroyed, leading to a gradual loss of vision over a period of years. A family history of visual-field loss due to glaucoma increases the risk of optic nerve damage. The use of inhaled steroids or nasal sprays with steroids appears to increase the risk of open-angle glaucoma. Closed-angle glaucoma is caused by a sudden blockage near the iris that prevents aqueous humor from reaching the trabecular meshwork.
Other causes may include trauma, genetic disorders and low blood flow to the optic nerve.
Signs and Symptoms:
Many people will not experience any symptoms and their sight may seem perfectly normal. This is why it is important to have regular eye tests to check for glaucoma, especially as you get older.
Acute glaucoma, when the fluid in the eye becomes completely blocked, can be painful as an attack comes on very quickly. There may also be nausea, vomiting and headache. Sever glaucoma usually appears as a red and painful eye. Facial pain, headache, blurry vision, rainbow-colored holes around lights, nausea and vomiting may also be signs of closed-angle glaucoma.
Treatment: Glaucoma is a chromic disorder that cannot be cured. Open-angle glaucoma can often be treated safely and effectively by medical or surgical measures, through lifelong therapy is almost always necessary. Medications are nearly always used first. However, initial surgery is becoming a more common option.
Eye drops are the most frequent medical treatment for glaucoma because they have fewer overall side effects than oral medication. Eye drops are used to reduce eye pressure by either increasing the eye’s ability to drain or by decreasing the amount of fluid it produces. If you notice any side effects from any drops you use, contact your doctor. There are six different types of medications that are administered to the eye to treat glaucoma.
Beta-blockers, Alpha-stimulators, Miotics and epinephrine are leading medicines for glaucoma.
Carbonic anhydrase inhibitor pills are generally used when optic nerve damage continues or seems highly likely despite maximal optical treatment. These pills are usually used to decrease fluid production. Vitamin C-an antioxidant available in supplement form also abundent in citrus, berries, tomatoes and other fruits and vegetables. It may help reduce eye pressure and benefit people with glaucoma.
Prevention: In most people, glaucoma cannot be prevented. However, regular screening may help to identify people either with early stages of the disease. Control your weight and blood pressure. Serious eye injuries can lead to glaucoma. Wear eye protection when you use power tools or play high-speed rackets ports on enclosed courts, or other wise risk being hit in the eye.