Ok, so I have a decision between 2 research positions, and I wanted help deciding.
I know what the most common response is going to be--- "Just pick the research topic you're more interested in, because ultimately you'll work harder in that job, and get a better LOR"
BUT... I'm pretty equally interested in both jobs, so I wanted a bit of help.
JOB#1
-at a biotech company
-project: Looking at biomarkers for cholesterol processing. Essentially, they feed humans/animals stable isotopes, and with these, track the processing of cholesterol through the body. Using these, they can determine the efficacy of different drugs aimed at reducing atherosclerosis.
-small emphasis on papers, large emphasis on producing a 'sellable' product
-35k pay
JOB#2
-at Lawrence Berkeley National Lab
-project: Looking at the effect of radation on chromosomal damage in sperm/eggs/zygotes/other tissues (breast, mainly), and extrapolating to cancer in later life. (it has been found that if you expose DNA to a low lvl of radiation, this 'prepares' it for higher doses, resulting in lower lvls of damage. weird, huh!)
-huge emphasis on papers (how good is this?)
-27k pay
THANK YOU for all your input!
I know what the most common response is going to be--- "Just pick the research topic you're more interested in, because ultimately you'll work harder in that job, and get a better LOR"
BUT... I'm pretty equally interested in both jobs, so I wanted a bit of help.
JOB#1
-at a biotech company
-project: Looking at biomarkers for cholesterol processing. Essentially, they feed humans/animals stable isotopes, and with these, track the processing of cholesterol through the body. Using these, they can determine the efficacy of different drugs aimed at reducing atherosclerosis.
-small emphasis on papers, large emphasis on producing a 'sellable' product
-35k pay
JOB#2
-at Lawrence Berkeley National Lab
-project: Looking at the effect of radation on chromosomal damage in sperm/eggs/zygotes/other tissues (breast, mainly), and extrapolating to cancer in later life. (it has been found that if you expose DNA to a low lvl of radiation, this 'prepares' it for higher doses, resulting in lower lvls of damage. weird, huh!)
-huge emphasis on papers (how good is this?)
-27k pay
THANK YOU for all your input!