@maya-louage.bsky.social
Ponderings from a non-evolutionary biologist: questions and frustrations.
Key words: drug resistance, evolution, parasitic worms, theoretical biology
PhD student at EAWAG/ETH Zürich. Avid climber.
Key words: drug resistance, evolution, parasitic worms, theoretical biology
PhD student at EAWAG/ETH Zürich. Avid climber.
..Is there a difference between fields, how and when are mistakes made, how to identify them?
Examples include single microbe to community to microbiome in host. Cell to tissue to human to society. Gene to RNA to protein but you need entire regulatory pathways and metabolism and epigenetics, ...
Examples include single microbe to community to microbiome in host. Cell to tissue to human to society. Gene to RNA to protein but you need entire regulatory pathways and metabolism and epigenetics, ...
May 14, 2025 at 8:11 AM
..Is there a difference between fields, how and when are mistakes made, how to identify them?
Examples include single microbe to community to microbiome in host. Cell to tissue to human to society. Gene to RNA to protein but you need entire regulatory pathways and metabolism and epigenetics, ...
Examples include single microbe to community to microbiome in host. Cell to tissue to human to society. Gene to RNA to protein but you need entire regulatory pathways and metabolism and epigenetics, ...
I also believe that simple words should be favored over complex ones. This way what we say is accessible to others, e.g. researchers from different fields.
February 17, 2025 at 3:05 PM
I also believe that simple words should be favored over complex ones. This way what we say is accessible to others, e.g. researchers from different fields.
How do we bridge the gap? Which levels are relevant to study and which are too disconnected from real world scenarios or applications? When do experiments still give new insights into basic biology? How can one know the current state of the field with the massive amounts of papers published?
February 16, 2025 at 10:54 AM
How do we bridge the gap? Which levels are relevant to study and which are too disconnected from real world scenarios or applications? When do experiments still give new insights into basic biology? How can one know the current state of the field with the massive amounts of papers published?