This question doesn't exactly make sense, but I'll try to answer it. The nucleus (or "brain of the cell") contains DNA. DNA is where all genetic makeup is stored. DNA contains chromosomes. Each normal human being has 46 chromosomes. Genetic diseases lie within these chromosomes, pinpointing where they are is the tricky part. A lot genetic diseases have yet to be pinpointed and even when they are pinpointed, finding a cure can be almost impossible without the help of stem cell research.
genetics plays a very important role in medicine. particularly in the discovery of certain rare diseases. as you may have observed, most of the rare and complicated diseases are genetic in origin. in line with this, genetics is also being used to diagnose certain diseases even before they manifest their signs and symptoms. a good example of this is newborn screening.
As genetic testing becomes more available both in terms of quality and affordability of test, more people will choose to be tested for genetic conditions and predictive risk assessment.
With the help of science and technology people are now able to cure and eradicatr many disease that caused epidemics like cholera smallpox and plague a few decace ago
Cystic fibrosis is a genetic disorder caused by mutations in the CFTR gene, which leads to the production of thick, sticky mucus that can clog the lungs and obstruct the pancreas. This results in respiratory issues, digestive problems, and increased susceptibility to infections. The condition is inherited in an autosomal recessive pattern, meaning that an individual must inherit two copies of the mutated gene to develop the disease. Early diagnosis and treatment can help manage symptoms and improve quality of life for those affected.
please visit www.cowurine.com cure for the diseases
Immunizations don't cure anything. They help prevent diseases, not cure them! Hope I helped!
djkuyhu7ghyur ]
A special type of virus, called a "retrovirus", can insert genes into someone's DNA. It could conceivably insert healthy genes to repair the mutations.
they can cure human diseases but the question is should we use them.
yes because it keeps you healthy but it cant really cure it
No, not all yet. Things such as autoimmune diseases and sporadic cell growth are somewhat elusive for complete cure, but significant progress has been made in the most recent years
Cure? No. Treat? Yes. Certain diseases, such as HIV have no "cure" as such. You sufferer can not be rid of the disease once infected. There are however, treatments that can minimise symptoms. True, some diseases have no cures but usually there are treatments to ease symptoms or help put the disease in remission. Sometimes this is not possible that is why, if you are interested in pursuing this, you should think about a career in science. Maybe you can find a cure for a disease yourself.
The HGP is an attempt to map and identify all chromosome and genes in the DNA of our cells. Identification and isolation of this kind of data will help science and medicine treat, or perhaps cure, many genetic diseases and disabilities. Every single cell in your body carries your chromosomes and DNA, which are like the blueprints on how you are built. Not everybody's blueprints are completely correct all the time. So knowing about genes and DNA can help treat almost any genetic disorder.
Aloe vera is used to cure skin diseases and cure gall bladder disorders. Turmeric is used as an antiseptic. It cures cuts and burns. Castor oil is used to cure skin diseases. It can also help reduce constipation.
This question doesn't exactly make sense, but I'll try to answer it. The nucleus (or "brain of the cell") contains DNA. DNA is where all genetic makeup is stored. DNA contains chromosomes. Each normal human being has 46 chromosomes. Genetic diseases lie within these chromosomes, pinpointing where they are is the tricky part. A lot genetic diseases have yet to be pinpointed and even when they are pinpointed, finding a cure can be almost impossible without the help of stem cell research.
Geneticist are scientist, who specialized on studying genes. Nowadays all the life science branches are interrelated hence molecular biologist, biochemist and protein specialist are also study the genes and carry our genetic engineering experiments such as cloning. The field can help us to understand the cause and cure of many diseases and other heredity associated topics.