Molecular medicine is a broad concept and it incorporates the study of molecular structures, identifying genetic errors for the cause of a disease, use medical nanotechnology to correct them. The fundamental concept of molecular medicine is the distribution of medicine to the body cells and it is similar to the assimilation of oxygen by a healthy human being. The discipline (molecular medicine) is new. It combines medical studies of modern times with biochemistry. It offers a bridge between today’s medical science and biochemistry. The course of molecular biology includes disciplines like biochemistry, immunology, and biotechnology. Nanotechnology in medicine has many advantages like it leads to diminished costs of treatment, cost-effective and yet high quality drugs. Nanotechnology in medicines help in effective diagnosis and treatment of diseases, it will lead to modern treatment methods, treating complicated medical problems can become simplified.
Benefits of molecular medicine
Molecular medicines and nanotechnology in medicine have their own advantages. These include the following:
Molecular medicines can lead to the invention of elegant and cheap surgical/diagnostic tools.
- Medical diagnosis and research can become effective and efficient.
- Nano medical devices can be implanted permanently to treat specific medical conditions.
- Many medical conditions can be prevented.
- Unknown diseases can be treated effectively.
- This can lead to semi-automated diagnosis and treatment.
- The nanotechnology in medicines help to reduce mortality rate, improve health.
- Using gene therapy or similar treatment methods, organs can be replaced easily.
- The different biological systems in the body can be improved.
When nanotechnology is applied in medicine then it is known as Nano medicine. It caters to the improvement of human health using Nano tools (tools at the molecular level) of the human body. Such technology in medicine encompasses areas like drug delivery using nano-particles.
The human body comprises of molecules, the use of molecular nanotechnology enhances progress in the human medical services. The Nano medicine helps to understand the functioning of the biological machinery inside the living cells. This understanding helps medical professionals to cater to complicated medical conditions like AIDS, cancer, ageing. All these help to bring a significant improvement of the natural human biological structure. The understanding helps to reduce mortality rate, ensure proper functioning at the molecular level of the humans.
The understanding of the molecular medicine has resulted in developing Nano particles/molecules to help transfer medicine to each cell of the body. For a sick or unhealthy entity, such developments in molecular biology lead to effective treatment of complicated diseases. Using Nano medicine, malignant cells within a human body can be tracked and then treated. This entire process includes targeting of bacteria/viruses/tumours within the body by Nano particles, treating infections, diseases.
Molecular medicine advantages
Other advantages of using Nano medicines are given as follows:-
With Nano medicines, treatment is gentle and advanced. Most of such treatments are non-invasive. Powerful drugs may have side effects which cannot be ignored. By using molecular medicines, one can reduce the effects of the drugs. Since the use of Nano medicines does not involve surgery therefore it is less painful. Another important advantage of using Nano medicine is that it involves small yet highly sensitive diagnostic tools which accounts for better treatment of diseases. Treatments using Nano technology in medicines are cost effective. It is effective to treat complicated medical conditions like cancer.
Nano medicine disadvantages:
Nano-particles used as part of nanotechnology in medicines uses biochemical pathways, affect the different biological processes of the human body. Under such circumstances, a lack of knowledge about the effects of the nano-particles on the human body, it processes can be a disadvantage. The researchers who deal with design of the nano-particles remain concerned about their toxicity and characterization on their exposure to the biological pathways. If the nano-particles are toxic then they can pose severe threat to the humans and the environment. The researchers remain concerned as the people part of the society use the molecular medicine. In certain instances, researchers remain in doubt of the possible outcome of the use of certain Nano medicines.
Nanotechnology in medicines have revolutionised medical treatment. The doctors now see a ray of hope to treat medical conditions and diseases which were untreatable earlier. Nano medicines have their own advantages. However, researches are on to make the most of nanotechnology in the days to come.