Answer:
Gene Therapy
Explanation:
Gene Therapy:
<em>Gene therapy is an experimental treatment for genetic disorders that involves removing or replacing a defective or mutated gene with a healthy one. </em>
This technique uses viral and no-viral vectors to insert the healthy copy of a faulty gene into target cells. Extensive research is being conducted on making these vectors safer and bio-compatible (in case of synthetic non-viral vectors).
This is achieved through the application of two methods:
- <em>In-vivo</em> gene therapy that involves injecting the healthy gene itself or the vector containing the healthy gene into the patient's body.
- <em>Ex-vivo</em> gene therapy that extracts the affected cells from the body and infects them with the healthy gene containing virus. The cells with the new, healthy gene are then grafted back into the body.
Answer:
Cardiac output depends on the resistance mainly of the cardiac muscle walls.
Explanation:
The resistance of cardiac tissue also depends on its ability to distend in the sarcomero, that is, on the initial length of the contraction, the greater this, the greater the resistance, the greater the pumping efficiency, but the greater cardiac wear, this Situation occurs in people who are athletes or athletes since they have higher cardiac output but greater efficiency at the time of blood ejection, this is how they oxygenate the tissues better.
The table given in the figure below reflects the data being referred to (from the book: <em>Campbell Biology Australian and New Zealand Edition </em>by Reece, et al. (2014)).
The number 22,877 of the gene that encodes the first protein with the protein ID 298599 indicates that the
amount
of the RNA transcript of this gene made in the mycorrhizal
parts of the fungus was 22,877 times higher when they were associated with the Douglas fir compared to those made in soil mycelium away from the root of the plants.
Answer:
diploid
Explanation:
diploid cells have 23 chromosome pairs, but egg/sperm cells are haploid and don't chromosome pairs
Answer:
An example of juxtacrine signaling is exemplified by the activity of some cell adhesion or ECM proteins, such as laminin, that do not just allow a cell to move over them, but act as signals to promote increased motility
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Explanation: