and Chris Clarkson ( @c_s_clarkson), Eleanor Drury, Daniel Mead, Jim Stalker, Dushyanth Jyothi, Cinzia Malangone, Mara Lawniczak ( @marakat) and Dominic Kwiatkowski from @sangerinstitute.
Anna Jeffreys, Christina Hubbart, Kate Rowlands and Kirk Rockett from @HumanGeneticsOx

Alistair Miles ( @alimanfoo), Nick Harding ( @nick_harding), Vikki Simpson, and Christa Henrichs from @malariagenomics ...
Maryam Kamali from Tarbiat Modares University

Dan Schrider @SamurSciCop from @UNC.

Andy Kern ( @pastramimachine) and CJ Battey ( @cj_battey) from @uoregon

David Weetman, Eric Lucas, Alison Isaacs and Martin Donnelly ( @MartinDonnelly8) from @LSTMvector ...
Michelle Riehle ( @mmreally1) from @MedicalCollege

Ken Vernick ( @KenVernick) from @institutpasteur

Brad White ( @bjourdanwhite) from @UCRentomology

Craig Wilding ( @Craig_Wilding) from @LJMU

Igor Sharakhov ( @igorshar) from @VT_Entomology
...
Kyanne Rohatgi and Nora Besansky from @ndeckinstitute.

Beniamino Caputo ( @BeniaminoCaputo) and Alessandra della Torre from @SapienzaRoma

Charles Godfray from @OxZooDept

Matt Hahn ( @3rdreviewer) from @IUBiology ...
João Pinto from IHMT

Samantha O'Loughlin and Austin Burt from @imperialcollege

Carlo Costantini ( @costantini_ird), Jorge Amaya-Romero, Michael Fontaine ( @MikaFontaine1) and Diego Ayala ( @d_ayalag) from @MIVEGEC @ird_fr ...
Boubacar Coulibaly from @ComUSTTB

Janet Midega ( @tjmidega), Charles Mbogo ( @cmmbogo) and Philip Bejon ( @PhilipBejon) @KEMRI_Wellcome

Henry Mawejje from IDRC Uganda

João Dinis from INASA ...
Jorge Cano ( @jcano111) from @LSHTM

Arlete Troco from Programa Nacional de Controle da Malaria, Angola

Abdoulaye Diabaté ( @Diabate17699096) from @IrssDro

Nohal Elissa from @pasteurMG ...
Thank you to coauthors:

Davis Nwakanma and Musa Jawara from @mrcunitgambia

John Essandoh ( @JohnBrain9) from @CapeVars

Edi Constant from @CSRS_CIV

Gilbert Le Goff and Vincent Robert from @MIVEGEC @ird_fr ...
Ag1000G data will hopefully accelerate the development of new vector control tools. As an example, we built a new map of viable gene drive targets in the doublesex gene.
We studied two mosquito species, An. gambiae and An. coluzzii. Still so many unanswered questions about how these malaria vector species are different from each other. But we did find evidence for differences in gene flow and migration behaviour. Much more work needed🤯💪...
These data contain dozens of new genetic markers for different mechanisms of pyrethroid resistance. This opens up new possibilities for molecular surveillance of insecticide resistance.
We found:

☑️ 57 million SNPs,
☑️ 31 thousand CNVs,
☑️ built a new haplotype reference panel.

All data are openly available 👇

https://www.malariagen.net/resource/27 
The Ag1000G phase 2 resource has genome variation data from deep sequencing of 1,142 wild-caught mosquitoes from 13 countries...
The Anopheles gambiae 1000 genomes (Ag1000G) project phase 2 paper is out in @genomeresearch 👇

https://genome.cshlp.org/content/early/2020/09/25/gr.262790.120.full.pdf+html

Huge thank you 🙏to everyone who helped make this happen. This thread 🧵gives some paper highlights ...
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