PubMed Health⌕ Search

Biomedical subjects

H M Pandit

Publications and source records attributed to H M Pandit.

3 recordsLinked to original sources

Viruses--a conundrum.

To understand the pathophysiology of a disease, it is important to know the origin, causes and effects. This also helps to control and to treat the disease. In virus infections, it is difficult and confusing when the origin is sought. In this article it is hypothesized that the viruses, which are nucleoproteins, arise as fragments or broken segments of DNA or RNA. Various factors, such as radiation, toxic chemicals, pollution, are listed as possible causes of such fragmentations. It is logical that these DNA or RNA fragments must come from the genomes or the genes essential for the proliferation or cell division. The symbiotic and parasitic interrelationships of bacteria, plants and animals make the problem more complex and confusing, because all of them thrive and grow in each other cells, thus producing more nucleoproteins of each. Virions contain a small quantum of energy as the initial source of bioenergy to ignite and initiate the complex chemical reactions needed to use the potential energy reservoirs from the host. In this respect viruses can be considered as borderline between the living and the non-living. If one has to develop an effective drug or method for treating virus infections or cancers, the drug must have an antimitotic activity without affecting other normal functions. Such seems to be the case of globin derivatives of sickle cell and thalassemia red blood cells.

Biological Evolution↗

Potential use of globins and their derivatives of abnormal red blood cells in the treatment of cancer and related immune disorders.

One of the most important 'antibodies' that nature has developed for malarial parasites can be used for treating cancer as well as diseases like AIDS. The globins and their derivatives of abnormal red blood cells (sickle cells and thalassemia), have evolved as a selective resistance to malarial infections. Plasmodium species of sporozoa, which parasitize red blood cells and proliferate at their cost are inhibited by these abnormal red blood cells. To test the validity of this hypothesis, the author carried out a preliminary Medline search from 1974 to 1991 to find out if persons suffering from sickle cell or thalassemia diseases are 'immune' to HIV infections and malignancies. Clinical investigations lend support to the hypothesis. A research scheme is suggested for the study of the role of these globulin derivatives as they effect the synthesis of genetic material related to cell proliferation.

Anemia, Sickle Cell↗