Recent In Life Sciences

                   Introduction Antibiotics are the group of medicine or drug which is use to treat the infections caused by the bacteria ( infections like respiratory tract infection,urinary tract infection, skin infection etc.) Common infections with treated Antibiotics  As the students of life sciences knows very about Penicillin( now one the major class of Antibiotics) is the first antibiotics which is Discovered by the Alexander Flaming in 1928 and It is the most known antibiotic in the history. Infection - Antibiotics  1.Acne -Amoxicillin 2.Bronchitis -Doxycycline 3.Conjunctivitis -Cephalexin 4.Otitis media-ciprofloxacin 5.Sexually Transmitted Diseases (STD’s)-Clindamycin 6.Skin or soft Tissue infection -Metronidazole 7.Streptococcal Pharyngitis-Azithromycin 8.Travelers diarrhea -Sulfamethoxazole /trimethoprim 9.Upper Respiratory tract infection -Amoxicillin /Clavulanate 10.Urinary tract infection -Levofloxacin Problem with Antibiotics   

Usually there are 4 or 5 blood groups to be known namely A,B,O,AB and rarely Bombay or HH blood group. The Bombay blood group are named after its discovery in the city Bombay (now called Mumbai city)discover by the Dr. Y.M. Bhende in 1952  and this is the first time India become a parent of the new and rarest type of blood group. It is obvious,Bomby blood group is the first blood group found in India but not the least "because discovery never stops" This saying fix here perfectly,A person with new & rare blood group is found in Lok Samparn Raktdan laboratory, Surat, Gujarat. The person’s blood group doesn’t match with any other A, B, O, AB and also Bombay Blood Group or also called as HH Blood Group. The new blood group is named as INRA; the first 2 letters represent India (IN) & the next two name of the person (RA). INRA blood group is identified for the first time when the person visited for donating blood in Blood Camp. The blood sample was prev

       Introduction an article published in Cell by Manel Esteller, director of the Epigenetics and Cancer Biology Program of the Bellvitge Biomedical Research Institute (IDIBELL), ICREA researcher and Professor of Genetics at the University of Barcelona, describes the possible existence of a sixth DNA base, the methyl-adenine (mA), which also help determine the epigenome and would therefore be key in the life of the cells. DNA (deoxyribonucleic acid) is the main component of our genetic material. It is formed by combining four parts: A, C, G and T (adenine, cytosine, guanine and thymine), called bases of DNA combine in thousands of possible sequences to provide the genetic variability that enables the wealth of aspects and functions of living beings. History Two more bases : the Methyl- cytosine and Methyl-adenine In the early 80s, to these four "classic" bases of DNA was added a fifth: the methyl-cytosine (mC) derived from cytosine. And it wa

                                                                      INTRODUCTION                                   The immense potential of plant were never underestimated nature gave us infinite number of plants which cure almost any disease.On  the other hand the synthetic or the pharmaceutical false promises to cure certain  disease like cancer make the irrelevant expectation  but whereas the natural reme dies have no side effect,safe,inexpensive, and delicious.Many spices are attaining recognition for being quite literally, 'Life Saving' which is one reason why, in ancient times, many were worth their weight in gold. This time around, the health benefits of ancient 'folk remedies' like garlic are being confirmed by straight laced men and women in lab coats which,when it comes to the conventional medical establishment, blighted as it is by the epistemological (theory of knowledge or opinion or believe) disease known as myopia is considered th

Tight DNA Packaging Protect Against 'Jumping Genes' Potentially Cellular Destruct. #INTRODUCTION Transposable elements are sometimes called "jumping genes." They consist of segments of DNA that can move from one position on a chromosome to another. In 1951, Nobel prize-winning Dr. Barbara McClintock proposed that genes are not fixed on chromosomes, but that they can move around on the chromosome. At first her findings were discarded because they contradicted the genetic concept of the day. Today, her discovery of what she calls transposable elements has an established place in science. #Discover  UNC School of Medicine researchers discovered that the major developmental function of heterochromatin – a form of tight DNA packaging found in chromosomes – is likely to suppress activity of virus-like DNA elements known as transposons or "jumping genes," which can otherwise copy and paste themselves throughout the genome, potentially destroying important

Introduction   Hydrogenase is a group of enzymes which has a able to produce and slid hydrogen. Such ability of the enzyme can be use to produce clean energy. An international team lead by researchers from UCL (UK) and CNRS (France), including an Ikerbasque Research Fellow from CIC nanoGUNE, have combined theory and experiment to characterize each chemical reaction step that results in the reduction of oxygen by the enzyme. These results have been published in the journal Nature Chemistry.   History Of The Fossil Fuels. Fossil fuels supply over 80% of the world's energy. Since the energy crises in 1970s and soon. Increased prices of fuel and low level of the fuel is a warning the world to wake and use the biotechnology and make efficient fuel. In the next step the scientist move to One possibility is using enzymes called hydrogenases that naturally occur in various microorganisms that live in anaerobic ecosystems, such as some bacteria living in soil and in the intestinal