The Story Of Our Firm | En Español
 Home    Lawyers   Litigation   Choose Us   Settlements   Search

Previous Investigations Other Litigations Tequin Research Center Learn More

Diabetic Ketoacidosis

in this section: Diabetes | Diabetic Ketoacidosis | Hyperglycemia | Hypoglycemia


Bookmark This Page Print This Page Email This Page

Tequin Danger: Diabetic Ketoacidosis

Tequin has recently been linked to the potentially deadly health risk Diabetic Ketoacidosis.

Diabetic ketoacidosis (DKA) is one consequence of severe, out-of-control diabetes mellitus (chronic high blood sugar, or hyperglycemia).

If you took Tequin and developed diabetic ketoacidosis, you can find out today if you are eligible to file a Tequin lawsuit by filling out this simple form. Your lawsuit evaluation is free and there is no commitment.

In a diabetes sufferer, DKA begins with relative deficiency in insulin. In the most common cases, this is due to failure to take prescribed insulin. Insulin requirements may rise due to physiologic stress that causes release of catecholamines, glucagon, and cortisol. This stress may be emotional or physical, although the most common cause by far is infection (e.g., pneumonia or urinary tract infection). Simply having uncontrolled hyperglycemia may be sufficient to trigger an attack if significant dehydration occurs.

This process is vastly more common in type 1 diabetes than in type 2. A key component of DKA is that there is essentially no circulating insulin. Normally, the balance between storing energy and releasing energy in the body is controlled by the insulin-to-glucagon ratio. In type 1 diabetics, who do not produce any insulin on their own, the absence of insulin leads to DKA.

Without insulin, cells cannot transport glucose out of the bloodstream and into themselves. This occurs because glucagon tells cells not to use glucose from outside but instead to secrete non-carbohydrate sources that can be used to make glucose, on which red blood cells are absolutely dependent and the brain mostly dependent for energy.

Some amino acids can be converted to glucose (by gluconeogenesis), so those sources are typically locally available protein. This is the only source in muscle tissue; the liver can also use the "glycerol backbone" made available in its fat processing.

Since neither protein nor amino acids are stored as raw material, amino acids used in glucose production must come from protein currently in use for other purposes. This explains the thin, wasted appearance of those that have been starved: even in the face of adequate fat stores, muscle will be broken down to make glucose.

In starvation situations, then, the liver must produce another form of fuel. The brain, in particular, is protected by the blood-brain barrier which makes it unable to use fats for fuel. If it is to avoid using glucose, it must have a new energy source.

The liver provides this by making ketone bodies from fats, then secreting them into the bloodstream. Normally, ketone bodies are produced in minuscule quantities, feeding only part of the energy needs of the heart and brain. In DKA, they rapidly become a major component of the brain's fuel.

As a result, the bloodstream is filled with an increasing amount of glucose that it cannot use (as the liver continues gluconeogenesis and exporting the glucose so made). This significantly increases its osmolality.

At the same time, massive amounts of ketone bodies are produced, which, in addition to increasing the osmolal load of the blood, are acidic. As a result, the pH of the blood begins to change. Glucose begins to spill into the urine as the proteins responsible for reclaiming it from urine reach maximum capacity. As it does so, it takes a great deal of body water with it, resulting in dehydration.

Dehydration worsens the increased osmolality of the blood, and forces water out of cells and into the bloodstream in order to keep vital organs perfused. The vicious cycle is now set, and if untreated will lead to coma and death.

Weitz & Luxenberg is no longer accepting Tequin cases.

©


see also:

Diabetes Did you use tequin and get diabetes?Come to us for a free legal review
Tequin can cause Diabetes- Learn more about the risk

Diabetic Ketoacidosis Tequin Risk: Diabetic Ketoacidosis - Dangerous Tequin Health Risk
Learn about the Dangerous Tequin Health Effect, Diabetic Ketoacidosis

Side Effects Tequin Side Effects - Learn about the serious Side Effects of Tequin
Tequin Blood Suger Side Effects include Hyperglycemia & Hypoglycemia

Free Legal Review:
Name:
Phone:
Email:
Case Description:



For legal help anywhere in the U.S.
Ask a Free Question:
Were you injured?

check for your response [login]
$53 million verdict — brake mechanic suffering from mesothelioma

$13.5 million verdict — one of the very first Vioxx trial cases

$15 million settlement — man wound up a paraplegic due to negligent hospital care

$37 million verdict — 2 asbestos lung cancer plaintiffs

$47 million verdict — boilermaker who died from mesothelioma

$2.6 million settlement — ill-fitting prosthesis caused decubitus ulcers

$75 million verdict — historic consolidated trial involving men who had worked at the Brooklyn Navy Yard in the 1940s and 1950s

$12.7 million verdict — iron worker who was injured due to unsafe working conditions

$8 million settlement — obstetrical malpractice resulted in neurological deficits

$64.65 million award — 4 asbestos plaintiffs

$17.5 million — consolidated trial of 5 mesothelioma victims