Red biotechnology includes sciences related to clinical research and trials that provide scientific analysis of the impact, risk, and benefits of medicines. The clinical research help in trial methodologies to designed materials.

Gene Therapy is the process of inserting genes into cells to treat disease. Gene therapy primarily involves genetic manipulations in animals or humans to correct disease and keep the organism in good health. So, red biotechnology shows advances in research that help to understand the genetic basis of inherited disease via gene therapy. 

Genetic engineering involves the manipulation of genetic material (DNA). The base of genetic engineering is based upon the Recombinant technology i.e. rDNA technology, Gene cloning, Genetic modifications, and new genetics. All of these techniques are the grass root of genetic engineering. 

Genetic engineering involves the manipulation of genetic material (DNA). The base of genetic engineering is based upon the Recombinant technology i.e. rDNA technology, Gene cloning, Genetic modifications, and new genetics. All of these techniques are the grass root of genetic engineering. 

Recombinant DNA Technology is a boon to produce new generation vaccines. There are broadly categorized recombination vaccines into three groups- subunit recombinant vaccine, attenuated recombinant vaccines, and vector recombinant vaccines. There is a possibility of vaccinating several diseases with one recombinant vaccinia virus.

Red biotechnology plays a very important role in cancer research treatment. Biotechnology has to assume in the differential diagnosis of cancer, early detection of cancer, progression control, and proper treatment of cancer. Numerous techniques based on biotechnology field that is used in various cancer research program.

Stem cells are basically introduced into the damaged area of the body, with the help of stem cells we can replace the damaged area. Stem cells have the main area like bone marrow, transplants, replacement of damaged heart tissues, replacement of damaged nerve tissues. This is very helpful in our medical science.

There is various disease that is caused due to pathogens and inherited genetic defects. Identification and diagnosis of this disease based upon the DNA.ie. the genetic material of the living organisms. The presence of a disease-causing pathogen can be detected by identifying a gene or set of genes of the organism.

Biochips is a very important technique, that is the combination of biotechnology, electronics, and computers. Biochips is a collection of a miniaturized test site that is capable of performing thousands of simultaneous biochemical reactions. Biochips quickly screen a large number of biological analyses for the detection and extensive study of genomic, proteomic, and functional genomic analysis.

Pharmacogenomics is the study related to genome role in drug response that helps in research to show how a person's gene effects and persons respond to medications. This study helps to improve health by helping the doctor to find the medicine that will safe to take.

Tissue engineering is the creation of human tissue outside the body that is further used for later replacement. This is an also important technique in medical research.

Biopharmaceutical is a combination of biotechnology and pharmaceutical science. Components of living organisms, their extraction, and byproducts are used to prevent and treat the disease.

Medical biotechnology is widely used for the diagnosis, prevention, and treatment of various diseases. To treat bacterial infection antibiotic is used. By using biotechnology based techniques and methodologies we can improve the quality of medicine, and also discover new drugs for the further advanced treatment of disease and infection. 

It is an interdisciplinary branch that is used to repair and regenerate the damaged cells and tissues and further restore their normal function. Regenerative medicine based on stem cell biotechnology. 

Genetic testing is used to examine a sample of blood or other body fluids, and genetic markers that help to indicate the presence and absence of genetic disease. Genetic tests serve many purposes like identity testing, used to determine child potentiality, inherited disease, etc. Common test diagnostic tests under genetic testing are -ultrasonography, amniocentesis Quadruple screen, etc.

The molecular diagnostics technique is basically a collection of various techniques based on molecular biology that is applied to medical testing. These techniques are very helpful to diagnose and monitor the disease. These types of diagnostic techniques are very beneficial for the detection of a wide range of medical specialisms and genetic prediction of drugs.

Achievement of maximal expression of cloned genes can be achieved by manipulations. Gene expression is regulated by molecule influence through DNA transcription and RNA translation. The manipulation of gene expression is carried out in both prokaryotic and eukaryotic cells.

Monoclonal antibodies are a single type of antibody that is directed against a specific antigenic determinant. Monoclonal antibodies have a wide range of applications that can be applied in diagnostic applications, for therapeutics uses, protein purification, and shows it’s various miscellaneous applications in health care.

In biotechnology science, recombinant DNA technology can be fruitfully employed to produce human proteins that can be used for the treatment of genetically linked diseases.

A certain disorder like cancer, viral, parasitic infections, and inflammatory diseases result in the overproduction of certain normal proteins. To treat these types of diseases we need to blocking transcription by using a single-stranded nucleotide sequence that hybridizes with the specific gene. 

Antisense therapy is used to the inhibition of both translation and transcription by blocking the transcription factor responsible for specific gene expression.