PERFORM Publications

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Title		Authors	PubMed ID
1	The effect of 14 days Actovegin administration with or without high intensity training on exercise capacity and skeletal muscle mitochondrial respiration	Hassø RK; Lindtofte S; Kosik B; Bergdahl A; Larsen S;	41553522 HKAP
2	Actovegin improves skeletal muscle mitochondrial respiration and functional aerobic capacity in a type 1 diabetic male murine model	Kosik B; Larsen S; Bergdahl A;	37913525 HKAP
3	Dopamine dysregulation in Parkinson's disease flattens the pleasurable urge to move to musical rhythms	Pando-Naude V; Matthews TE; Højlund A; Jakobsen S; Østergaard K; Johnsen E; Garza-Villarreal EA; Witek MAG; Penhune V; Vuust P;	37724707 PSYCHOLOGY
4	Why process-level Scope 3 accounting is needed for delivering supply chain greenhouse gas emission reduction	Emborg M; Lloyd S; Olsen S;	37641449 JMSB
5	Developing EMR-based algorithms to Identify hospital adverse events for health system performance evaluation and improvement: Study protocol	Wu G; Eastwood C; Zeng Y; Quan H; Long Q; Zhang Z; Ghali WA; Bakal J; Boussat B; Flemons W; Forster A; Southern DA; Knudsen S; Popowich B; Xu Y;	36197944 ENCS
6	Structural basis of 3'-end poly(A) RNA recognition by LARP1	Kozlov G; Mattijssen S; Jiang J; Nyandwi S; Sprules T; Iben JR; Coon SL; Gaidamakov S; Noronha AM; Wilds CJ; Maraia RJ; Gehring K;	35979957 CHEMBIOCHEM
7	War and reintegration for girls and young women in northern Uganda: A scoping review	Savard M; Michaelsen S;	34479000 EDUCATION
8	L’obésité chez l’adulte : ligne directrice de pratique clinique.	Wharton S, Lau DCW, Vallis M, Sharma AM, Biertho L, Campbell-Scherer D, Adamo K, Alberga A, Bell R, Boulé N, Boyling E, Brown J, Calam B, Clarke C, Crowshoe L, Divalentino D, Forhan M, Freedhoff Y, Gagner M, Glazer S, Grand C, Green M, Hahn M, Hawa R, Henderson R, Hong D, Hung P, Janssen I, Jacklin K, Johnson-Stoklossa C, Kemp A, Kirk S, Kuk J, Langlois MF, Lear S, McInnes A, Macklin D, Naji L, Manjoo P, Morin MP, Nerenberg K, Patton I, Pedersen S, Pereira L, Piccinini-Vallis H, Poddar M, Poirier P, Prud	33288515 HKAP
9	Obesity in adults: a clinical practice guideline.	Wharton S, Lau DCW, Vallis M, Sharma AM, Biertho L, Campbell-Scherer D, Adamo K, Alberga A, Bell R, Boulé N, Boyling E, Brown J, Calam B, Clarke C, Crowshoe L, Divalentino D, Forhan M, Freedhoff Y, Gagner M, Glazer S, Grand C, Green M, Hahn M, Hawa R, Henderson R, Hong D, Hung P, Janssen I, Jacklin K, Johnson-Stoklossa C, Kemp A, Kirk S, Kuk J, Langlois MF, Lear S, McInnes A, Macklin D, Naji L, Manjoo P, Morin MP, Nerenberg K, Patton I, Pedersen S, Pereira L, Piccinini-Vallis H, Poddar M, Poirier P, Prud	32753461 HKAP
10	Size reductions and genomic changes within two generations in wild walleye populations: associated with harvest?	Bowles E, Marin K, Mogensen S, MacLeod P, Fraser DJ	32684951 CONCORDIA
11	Origin and evolution of the genus Piper in Peninsular India.	Sen S, Dayanandan S, Davis T, Ganesan R, Jagadish MR, Mathew PJ, Ravikanth G	31132521 CSFG

Title:	Size reductions and genomic changes within two generations in wild walleye populations: associated with harvest?
Authors:	Bowles E, Marin K, Mogensen S, MacLeod P, Fraser DJ
Link:	https://www.ncbi.nlm.nih.gov/pubmed/32684951
DOI:	10.1111/eva.12987
Publication:	Evolutionary applications
Keywords:	Indigenous knowledge; Sander vitreus; body size; fisheries-induced evolution; genomics; harvesting; size-at-age; walleye;
PMID:	32684951	Category:	Evol Appl	Date Added:	2020-07-21
Dept Affiliation:	CONCORDIA 1 Concordia University Montreal QC Canada. 2 Golder Associates Montréal QC Canada. 3 University of Calgary Calgary AB Canada. 4 Cree Nation of Mistissini Mistissini QC Canada.

Description:

Size reductions and genomic changes within two generations in wild walleye populations: associated with harvest?

Evol Appl. 2020 Jul;13(6):1128-1144

Authors: Bowles E, Marin K, Mogensen S, MacLeod P, Fraser DJ

Abstract

The extent and rate of harvest-induced genetic changes in natural populations may impact population productivity, recovery, and persistence. While there is substantial evidence for phenotypic changes in harvested fishes, knowledge of genetic change in the wild remains limited, as phenotypic and genetic data are seldom considered in tandem, and the number of generations needed for genetic changes to occur is not well understood. We quantified changes in size-at-age, sex-specific changes in body size, and genomic metrics in three harvested walleye (Sander vitreus) populations and a fourth reference population with low harvest levels over a 15-year period in Mistassini Lake, Quebec. We also collected Indigenous knowledge (IK) surrounding concerns about these populations over time. Using ~9,000 SNPs, genomic metrics included changes in population structure, neutral genomic diversity, effective population size, and signatures of selection. Indigenous knowledge revealed overall reductions in body size and number of fish caught. Smaller body size, a small reduction in size-at-age, nascent changes to population structure (population differentiation within one river and homogenization between two others), and signatures of selection between historical and contemporary samples reflected coupled phenotypic and genomic change in the three harvested populations in both sexes, while no change occurred in the reference population. Sex-specific analyses revealed differences in both body size and genomic metrics but were inconclusive about whether one sex was disproportionately affected. Although alternative explanations cannot be ruled out, our collective results are consistent with the hypothesis that genetic changes associated with harvesting may arise within 1-2.5 generations in long-lived wild fishes. This study thus demonstrates the need to investigate concerns about harvest-induced evolution quickly once they have been raised.

PMID: 32684951 [PubMed]

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