Nick Pokorzynski
@npokorzynski.bsky.social
Asst Professor @ Oregon State University Dept of Microbiology | Formerly Postdoc @ Yale | Investigating the metabolic basis of bacterial virulence | he/him | Views = mine
https://pokorzynski-lab.squarespace.com/
https://pokorzynski-lab.squarespace.com/
Reposted by Nick Pokorzynski
If this all sounds like a calculated plan to reduce the size of the federally funding biomedical research enterprise, I believe that is exactly what is it.
The notion that this "facilitates efficient management" of grants and the appropriation is, to use an official NIH term, horseshit.
/fin
The notion that this "facilitates efficient management" of grants and the appropriation is, to use an official NIH term, horseshit.
/fin
July 22, 2025 at 11:54 PM
If this all sounds like a calculated plan to reduce the size of the federally funding biomedical research enterprise, I believe that is exactly what is it.
The notion that this "facilitates efficient management" of grants and the appropriation is, to use an official NIH term, horseshit.
/fin
The notion that this "facilitates efficient management" of grants and the appropriation is, to use an official NIH term, horseshit.
/fin
Reposted by Nick Pokorzynski
NIH staff are being required to fully fund ~ 50% of their grants. This means that all 4 years of an award will be paid out of this appropriation. This will help them get the appropriated funds spent, but will mean they can only fund (1/2 + 1/4*1/2) = 5/8 has many grants as they would have otherwise.
July 22, 2025 at 6:02 PM
NIH staff are being required to fully fund ~ 50% of their grants. This means that all 4 years of an award will be paid out of this appropriation. This will help them get the appropriated funds spent, but will mean they can only fund (1/2 + 1/4*1/2) = 5/8 has many grants as they would have otherwise.
Probably also worth pointing out that when you look at highly “productive” scientific operations, the main thing you find is an increase in human contribution (eg, more scientists) not some streamlined procedure to arrive at groundbreaking findings. I’m not sure we can escape that fact!
July 22, 2025 at 3:34 PM
Probably also worth pointing out that when you look at highly “productive” scientific operations, the main thing you find is an increase in human contribution (eg, more scientists) not some streamlined procedure to arrive at groundbreaking findings. I’m not sure we can escape that fact!
In other words, if we imagine an “efficient” science, we necessarily have to imagine a science that spends less time at the bench, less time mired in figuring out unexpected results, and less time arriving at truly novel outcomes. This ultimately compromises the potential - and efficacy - of science
July 22, 2025 at 3:34 PM
In other words, if we imagine an “efficient” science, we necessarily have to imagine a science that spends less time at the bench, less time mired in figuring out unexpected results, and less time arriving at truly novel outcomes. This ultimately compromises the potential - and efficacy - of science
Rooting science in practical activity - rather than say, good ideas (replace with good experiments!) - reveals why improving the “efficiency” of science is a lost cause. The only real efficiency to be gained would ultimately diminish the *practice* of science, and thus its creative potential.
July 22, 2025 at 3:34 PM
Rooting science in practical activity - rather than say, good ideas (replace with good experiments!) - reveals why improving the “efficiency” of science is a lost cause. The only real efficiency to be gained would ultimately diminish the *practice* of science, and thus its creative potential.