Being able to do a BLAST search, among other things, assumes that you and every other researcher has access to known gene sequences. Some would prefer, however, that such sequence information should be "owned" by their discoverers
What are the pros and cons of such a position?
The pros of sequence ownership include, but are not limited to, the ability to use the sequence to finance further research into treatments that specifically target that region of DNA (the development of "designer drugs"). It also could help fund diagnostic tools for rapid identification of novel mutations or mapping of common SNPs in a given population. Cons would include the fact that charging people to use your sequence information may severely limit studies on your gene and may delay development of treatments or research on this particular gene or mutation on the basis of what is profitable. This would particularly affect research on rare mutations, which may not be as profitable in terms of developing new treatments when research funding is limited and labs cannot afford to pay.
You might also like to view...
How can the amebozoans, cercozoans, and radiolarians be distinguished from each other with microscopy if they all have pseudopodia?
A) Amebozoans have lobe-shaped pseudopodia, cercozoans and radiolarians both have threadlike pseudopodia, and radiolarians have radial symmetry. B) Amebozoans have lobe-shaped pseudopodia, and cercozoans are significantly smaller in size but contain threadlike pseudopodia just like radiolarians. C) Amebozoans have large pseudopodia, cercozoans have lobe-shaped pseudopodia, and radiolarians have radial threadlike pseudopodia. D) Amebozoans have multiple lobe-shaped pseudopodia, cercozoans have one or two threadlike pseudopodia, and radiolarians have multiple threadlike pseudopodia.
What key words does the question contain and what do they mean?
What will be an ideal response?
How does a plant get the carbon it needs to make glucose?
A) From the soil B) From the air C) From the water D) From fungus or bacteria
In humans, how many ova are produced from one primary oocyte?
A. 8 B. 2 C. 4 D. 1