Kinsey Maundrell

Papers

Total Citations

H-Index

About

Kinsey Maundrell is a researcher whose work has made a meaningful contribution to the field of yeast genetics and functional genomics. Best known for their involvement in the EUROFAN programme — an ambitious European initiative dedicated to the systematic functional analysis of yeast genes — Maundrell helped pioneer a high-throughput approach to characterizing previously uncharacterized yeast mutants. Their most notable contribution, the 1999 paper "Chemotyping of Yeast Mutants Using Robotics," introduced a robotics-assisted methodology for phenotypic screening, enabling researchers to identify functional signatures in yeast mutants that displayed no obvious growth defects under standard laboratory conditions. This was a significant advancement at a time when hundreds of sequenced yeast genes remained functionally mysterious, lacking meaningful sequence similarity to proteins of known function. By leveraging automation to expose mutants to diverse chemical environments, Maundrell's approach offered a scalable solution to one of genomics' central challenges: linking genes to biological roles. The paper has accumulated 58 citations across its recorded versions, reflecting its value as a practical and conceptual resource for researchers working at the intersection of genomics, chemical biology, and yeast cell biology.