What complications are associated with diabetes?

Diabetes is a serious disorder which happens when your body has an unreasonably high level of blood sugar, which further leads to harmful effects. Diabetes has a wide variety of complications associated with it, and they start to build up slowly and gradually. Some of the common complications are:

Retinopathy

In simple words, diabetes leads to eye damage by making the eye exposed and prone to severe eye disorders like cataracts and glaucoma. If you have retinopathy, then you may also have face the consequence loss of vision or permanent blindness.

Skin conditions

During diabetes, your skin health is bound to degrade to a large extent. Your skin will become thin in texture and more prone to cuts and breakages due to internal skin cell damage. Thus, the skin gets more exposed to the bacterial and viral infections and its healing process also slows down as the cell division takes longer than usual.

Nephropathy

Nephropathy refers to kidney damage which is caused due to diabetes. The kidneys act as a filter system to the body and they filter out waste materials from the blood. Diabetes causes damage to the blood vessels of the kidneys which may further result in serious kidney disorders and may increase the risks of a sudden kidney failure.

Cardiovascular diseases

This means that if you are having excessive diabetes, then you are at a risk of having a major heart attack or a heart stroke. Additionally, increased blood sugar levels also lead to other heart-related diseases like chest pain, narrowing of arteries etc.

Neuropathy

It is a complication related to the nervous system of your body. The complication generally occurs in the legs as there is a numbness, burning or tingling sensation in the legs. This happens due to the extra sugar in the body, which damages the walls of the blood vessels. In the worst case scenario, you can lose sensation in the legs.

However, it is always desirable that you go and visit a doctor if the conditions persist for a longer time. Additionally, you can also depend upon some domestic care measures to bring your blood sugar levels under control.



What complications are associated with diabetes?

There was an era where we had deadly infections like plague and polio causing death of thousands of people. We still have occasional outbreak of swine flu, but by and large, infections are quite controlled. The new killer diseases are caused because of the lifestyle we have adapted and the damage we have done to the environment. High intake of processed foods, artificial chemicals in our foods, sedentary lifestyle with very minimal to no physical activity, couching over the computers; the list is quite long. All these have led to diseases like diabetes and cancer that were not so common about say few decades ago.

Detailed observation has revealed that both these new epidemiologic diseases have a close correlation. There are factors, which induce diabetes and diabetes in turn and in some cases, diabetes inducing agents, can cause cancer also. It has also been observed that mortality is severely increased if diabetic patients are diagnosed with cancer. There are two types of diabetes. While type 1 is mostly hereditary, type 2 is lifestyle induced and the age at which this is being diagnosed is taking a severe plunge. Adolescents and teenagers are being diagnosed for diabetes. Cancer, on the other hand, is of various types (leukaemia, melanoma, etc.) and can affect various organs (lung, breast, prostate, stomach, liver, etc.).

The medical community is yet to decipher the disease pattern of both these conditions. While there is no definite correlation between diabetes and all types of cancer, some types of cancer are definitely correlated with a definite reason identified, pancreatic and liver cancer for instance. The high amounts of insulin that diabetic patients are exposed to causes changes in liver and pancreas including fatty liver and cirrhosis, here the incidence of cancer is higher. The linkage is not very clear in lung and intestinal cancers and also there is no link between prostate cancer and diabetes.

Diabetes is considered as a state of chronic inflammation and leads to conditions like hyperinsulinemia (higher levels of insulin in the blood) hyperglycemia (higher levels of sugar in the blood). These are believed to aggravate the neoplastic process of cancer formation, thereby inducing cancer at a greater pace and also increasing the mortality rates.

The following are risk factors that are applicable to both age, physical activity, diet, obesity, drinking and smoking. It is also possible that onset of one can be followed by the other. As noted earlier, more detailed research is awaited to establish a definite linkage, but the correlation cannot be ignored at all.

Both these new epidemics are here to stay and since they have a common set of factors, we need to work on ways to contain them.

Diabetes and Cancer: The New Epidemic?

The neurones in the brain are constantly reorganising their connections both functionally and physically according to the environment, your thinking and behaviour. This ability is known as neuroplasticity. Through neuroplasticity the nerve cells of brain can compensate for injury to some parts of the brain and enable a person to recover from stroke, birth abnormalities. It is also beneficial in treating autism, ADD, learning disabilities and helps manage obsessive compulsive disorders.

Here are seven things you should know about neuroplasticity.

Change depends on the attentiveness of the brain: Neuroplasticity changes can only happen if the brain is alert and active. When the brain is active it releases neurochemicals that are necessary for the neurone connections to change. If a person is distracted to inattentive, these changes cannot happen.
The more the effort; the bigger the change: Neuroplasticity changes depend on how motivated the person is to change or learn new tasks. For this reason, when it comes to using neuroplasticity for physiotherapy, it is essential to first deal with any depression or anxiety issues the patient might be having before attempting to rehabilitate them.
It helps strengthen neural connections: Repetition of actions is one of the key elements of neuroplasticity in physiotherapy. Through this, the strength of neurone connections is strengthened to include sensory information, movement and cognitive patterns.
It improves cell to cell connections: This is crucial to a patient s rehabilitation as it increases reliability and makes a person more independent. In turn, this makes behaviour patterns more reliable.
It helps predict actions: A task can usually be broken down into a series of smaller tasks. For example, feeding oneself can be broken down into steps that begin with lifting a spoon and filling it with food to finally putting the spoon into your mouth. Hence, along with completing an action, the brain must also know what to do next. Neuroplasticity helps improve this associative flow and allows the brain to predict the next step.
Changes can be temporary or permanent: Initial changes due to neuroplasticity are temporary ad only if the brain determines the experience to be desired is this change made permanent. This is why when treating mobility issues, patients are not always able to repeat tasks in the same way.
Memory guides the learning: When making new neural connections through neuroplasticity, the brain is taught to discard unsuccessful attempts and only remember the experience of the successful attempts. From here, adjustments are made to improve the connection.

Neuroplasticity - 7 Things You Must Know About it!

At this point of time, diabetes is one of the most chronic, fastest growing lifestyle disease in the world. Also known as diabetes mellitus, the condition is basically a metabolic disorder, wherein the human body cannot store and use fuel for the energy. This fuel or glucose is the one that powers all our bodily organs and ensures that we have the energy to carry out activities throughout the day.

And while diabetes is a popular medical condition, a lot of people don't have much information about it. Although, they know the major types of diabetes, they have no clue about the difference between them. Here we outline type I vs type ii diabetes-

***Type I diabetes- Formerly known as juvenile onset or insulin dependent diabetes, type I diabetes is the one in which your body's immune system destroys all kinds of cells that release insulin. Over a period of time, this results in elimination of insulin production from the body, because of which the cells cannot absorb glucose or sugar and produce energy. Type I diabetes have episodes of low blood sugar level and it cannot be problem. Symptoms usually start from childhood or young adulthood.

***Type ii diabetes- The adult onset or non-insulin dependent diabetes can develop at any age, particularly after the 30s, although the cases of same are rising rapidly among children. This type of diabetes involves production of insulin, but not in a right way, a condition known as insulin resistance. For this kind of diabetes, the person usually might not have symptoms before the diagnoses and there are rarely any episodes of low sugar level. It can be easily prevented or delayed by following a healthy lifestyle and indulging in regular exercising.

If you have any of the above symptoms or have more questions related to diabetes, click on consult privately to ask me.

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You Surely Know About Diabetes. But Do You Know Its Various Types?

Vascular disorders are disorders of the vessels in your body that carry either blood or waste products. The vascular system consists of the arteries (that carry blood away from the heart), veins (that carry blood to the heart) and lymph vessels (that carry waste products to be excreted from the body). The various diseases of the vascular or circulatory system are:

Peripheral Artery Disease: Peripheral arteries carry blood to the various organs and tissues in the body. Accumulation of cholesterol and fat in the vessels narrow the pathway for the blood to flow. This can impair blood flow to the tissues in the body and cause complications. Various medications used to lower cholesterol and blood pressure can also be used for peripheral artery disease.
Buerger's Disease: This disease causes obstructions in the veins and arteries in the legs. This can hamper blood supply in the toes and the feet. It causes pain and may require amputation in severe cases. Treatments for this disease include smoking cessation and medications to dilute blood vessels.
Aneurysm: An aneurysm is swelling in the blood vessel walls; it usually occurs in the aorta. The artery walls become fragile and are placed under a lot of stress; this may lead to a sudden rupture of the aortic vessels. This disorder is usually treated by surgical procedures.
Peripheral Venous Disease: Peripheral venous disease is characterized by damage to the valves that allows blood to flow in a single direction. Damaged valves can cause blood to flow backwards and therefore, accumulate. Treatments for this disorder are incorporating certain lifestyle habits such as quitting smoking and alcohol.
Blood clots in the veins: Blood clots may occur in the veins present inside the muscles of the thighs and lower legs which lead to deep vein thrombosis. You may be prescribed anti-coagulants, also known as blood thinners, to treat this disorder.
Causes
People with diseases such diabetes, high blood pressure, or kidney failure can be more likely to have vessel problems. Working with vibrating tools, being in cold temperatures, and smoking can worsen vascular problems. Causes of vascular disorders usually fit into one of 5 groups:

Traumatic, which occur after injury
Compressive, which occur when the pipes flatten
Occlusive, which occur when pipes are blocked
Tumors (growths) or malformations (deformed, tangled pipes), which may or may not be present at birth
Vessel spasms, which occur when abnormal control of vessels causes them to narrow
Symptoms
Symptoms of vascular disorders can include:

Pain
Abnormal color changes in the fingertips
Ulcers or wounds that do not heal
Hand problems when in cold temperatures or locations
Numbness or tingling of the fingertips
Swelling
Cool or cold fingers and/or hands

5 Common Vascular Disorders

Surgery to remove abnormal growths of the brain, peripheral nervous system or the spine or any disorder can be tricky because the brain and the skull that shields it are complex areas. In the old days, open surgery was the only way to access the brain or spinal cord. But, with the invention of laparoscopy, keyhole surgery to treat neurological issues is gaining ground.

What is Neuroendoscopy? 
Neuroendoscopy is a surgical procedure that is favoured by doctors and patients alike because it is minimally invasive.
Before the surgery, you will be administered general anaesthesia so that you will be unconscious during the entire duration. During the surgery, the surgeon will drill a minute hole into your skull just above the eyebrows. You skull also has two natural openings. That is why the surgeon may make use of the nose or the mouth to access the region that needs to be operated upon.

Neuroendoscopy is useful because -

  It lets the surgeon reach regions that are not accessible with open surgery
  The tumour can be removed without any damage being done to surrounding tissues

An endoscope is a delicate device with a high-resolution camera mounted on it. There is an eyepiece on the other end. The device is also fitted with a light. When it is inserted into the brain, it lights up the passage and the eyepiece allows the surgeon to take a look inside. The camera sends a live feed of the path it is traversing and this guides the surgeon. When the tumour is reached, it is gently removed with other surgical instruments that too were inserted through the cavities or the drilled hole.

Benefits of Neuroscopy -
There are several advantages of relying on laparoscopy -

  The patient endures less pain
  Fewer chances of infection
  Faster recovery
  Very little scarring of tissues

Which Disorders call for Neuroendoscopy?
Any of the following disorders can be put to rights with a neuroendoscopic surgery -

  Pituitary tumours
  Rathke s cleft cysts
  Pineal area tumours
  Ventricular tumours
  Skull base tumours
  Brain inflammation triggered by an infection
  Chordomas
  Cerebrospinal fluid fistulas
  Trigeminal neuralgia
  Cerebral aneurysm

After Surgery-
Once you undergo the neuroendoscopic surgery, you will have to be rehabilitated so that your condition can be monitored round the clock. Neuroendoscopy is a state of the art clean and efficient surgery that is beneficial to both surgeons as well as the patients.

Know More About Neuroendoscopy And Its Uses!

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