coming up with a viral vector that is nontoxic and doesn't activate a body defense reaction.
n the simplest forms of gene therapy, the DNA must be integrated into the genome of the cell (it must become part of the regular DNA that is in the cell) so that it is replicated when the cell divides and passed on to all the daughter cells. In addition, it has to integrate into a part of the DNA so that it can be expressed so that it can make the missing protein. There are other forms of gene therapy for particular diseases where temporary expression therapeutic gene is all that is needed. For example, to make a tumor susceptible to certain drugs to cure the patient. In this case, integration is not needed and the DNA needs only to get into the nucleus so the gene can be expressed.
Researchers replace a mutated gene with a healthy copy of the gene. The healthy gene must first attach to a chromosome within a patient's cells. Then the gene needs to make the correct type and amount of protein. These techniques are still experimental at this time.
Working genes have been inserted into defective cells during gene therapy by first isolating a copy of the gene. Next, the working genes are planted onto a cold virus and as the cold virus infects cells, it also begins producing functional CF protein. Since the cells are "cured", they are able to transport chloride ions across their plasma membranes.
there are actually a lot of pros. despite what others think that are bad about it, gene therapy, in the future, will be extremely successful. scientists are figuring out how to be consistent with their experiments and to cure more diseases. gene therapy gives someone with a born disease to actually live a normal life. there are some cases where gene therapy is used in areas. like in London, a few people have gotten cured for blindness. and in multiple areas of the world there have been some cures for cancer and tumors. eventually, once gene therapy has become more advanced, everyone will be able to live normal and without having any troubles, hopefully :)
one disadvantage is that when you come to know that you have a defected gene which could cause some disease/disorder, you have 2 options. go in for a very expensive treatment or go on with life knowing that you have a disease. many ppl dun have the money to spend on the expensive treatments. the second thing is it can be used for not-so-important purposed, like looking younger, being tall, having a smaller nose etc..again its controversial...is baldness enough a reason to carry out gene therapy as comaperd to cancer? also, many ppl have a prob wid prenatal screening (to find defective genes in the baby when you're pregnant). there are many legal, and ethical issues. depending on the type of gene therapy, der r disadvantages and advantages for each method used to administer gene therapy. having said all that, gene therapy gives someone with a disease a chance to live a normal life!
The personal, professional, or academic obstacles that you must overcome to be successful in school include peer pressure, laziness, and use of drugs.
Ignorance leading to attachment and aversion, the cause of suffering.
They must overcome misunderstandings or conflicts with others, lack of self-confidence in their abilities, and time constraints to make their gifts in a Christmas story. Ultimately, by working together, staying positive, and persevering, they are able to overcome these obstacles and create meaningful gifts for their loved ones.
they must become very strong and good looking
ApathyPartisan DemagogueryPop Culture presented as news
n the simplest forms of gene therapy, the DNA must be integrated into the genome of the cell (it must become part of the regular DNA that is in the cell) so that it is replicated when the cell divides and passed on to all the daughter cells. In addition, it has to integrate into a part of the DNA so that it can be expressed so that it can make the missing protein. There are other forms of gene therapy for particular diseases where temporary expression therapeutic gene is all that is needed. For example, to make a tumor susceptible to certain drugs to cure the patient. In this case, integration is not needed and the DNA needs only to get into the nucleus so the gene can be expressed.
In Life: The Game, one must overcome challenges such as making tough decisions, managing time effectively, dealing with setbacks, and balancing priorities to achieve success and fulfillment.
Researchers replace a mutated gene with a healthy copy of the gene. The healthy gene must first attach to a chromosome within a patient's cells. Then the gene needs to make the correct type and amount of protein. These techniques are still experimental at this time.
The process of replacing a defective gene with a healthy gene is called gene therapy. Gene therapy is done by cutting genes from the DNA of healthy cells and inserting them into the DNA of defective cells and tissues.
In vitro therapy involves injecting the new gene directly into the target tissue where the individual cells must pick it up.
Working genes have been inserted into defective cells during gene therapy by first isolating a copy of the gene. Next, the working genes are planted onto a cold virus and as the cold virus infects cells, it also begins producing functional CF protein. Since the cells are "cured", they are able to transport chloride ions across their plasma membranes.
When choosing a vector for a gene therapy trial, factors to consider include the vector's stability and safety profile, its ability to efficiently deliver the therapeutic gene to target cells, immune responses it may elicit, its potential for integration into the host genome, and its manufacturing scalability. Additionally, compatibility with the specific gene therapy approach, target tissue, and potential regulatory considerations are important factors to take into account.