MBE Emerging Classics 2022

0.07 MB·English

by  Heather Rowe

MBE Emerging Classics 2022
Heather Rowe*
InstituteforGenomicsandEvolutionaryMedicine,TempleUniversity,Philadelphia,PA,USA
*Correspondingauthor:E-mail:[email protected].
Since 2013, Molecular Biology and Evolution has celebrated ExtremegenomicCpGdeficiencyinSARS-CoV-2andevasion
paperswithpowerfulimpactonourcommunityasreflected ofhostantiviraldefense(2020)XiainVolume37(9)Pp.2699–
byaccumulatedcitations.Below,wehighlighttendiscoveries, 2705.
five methods, and five resource publications as “Emerging EvolutionofRosaceaefruittypesbasedonnuclearphylogeny
Classics”basedoncitationsaccruedperfractionalyearssince in the context of geological times and genome duplication
publication.Articleswithincategoriesarelistedinalphabet- (2017)XiangandcolleaguesinVolume34(2)Pp.262–281.
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November 30, 2021. We congratulate these authors on the Genomic infectious disease epidemiology in partially sampled nlo
significanceoftheircontributionsandlookforwardtopub- and ongoing outbreaks (2017) Didelot and colleagues in ad
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lishingmanyhigh-impactarticlesintheyearstocome. VoTluhmeeu3n4r(e4a)sPonpa.b99le7–e1ff0e0c7ti.veness of convolutional neural d fro
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Discoveries networks in population genetic inference (2019) Flagel and h
Largevariationintheratioofmitochondrialtonuclearmuta- colAleafgaustelsikineliVhoooludmmee3th6o(2d)toPpr.ec2o2n0s–tr2u3c8t.andvisualizeances- ttps://a
tionrateacrossanimals:implicationsforgeneticdiversityand c
tralscenarios(2019)IshikawaandcolleaguesinVolume36(9) ad
theuseofmitochondrialDNAas amolecularmarker(2017) e
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AllioandcolleaguesinVolume34(11)Pp.2762–2772. ic
Newmethodstocalculateconcordancefactorsforphyloge- .o
EvolutionofDNAmethylationacrossinsects(2017)Bewick u
nomicdatasets(2020)MinhandcolleaguesinVolume37(9) p
andcolleaguesinVolume34(3)Pp.654–665. Pp.2727–2733. .com
Thericeparadox:multipleoriginsbutsingledomestication TheoreticalfoundationoftheRelTimemethodforestimat- /m
in Asian rice (2017) Choi and colleagues in Volume 34(4) ing divergence times from variable evolutionary rates (2018) be/a
Pp.969–979. TamuraandcolleaguesinVolume35(7)Pp.1770–1782. rtic
DecipheringtheroutesofinvasionofDrosophilasuzukiiby le
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meansofABCrandomforest(2017)Fraimoutandcolleagues Resources 9
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UFBoot2: improving the ultrafast bootstrap approximation
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Betweenapodandahardtest:thedeepevolutionofamoe- a
(2018)HoangandcolleaguesinVolume35(2)Pp.518–522. Eb3
bae (2017) Kang and colleagues in Volume34(9) Pp. 2258– MEGA X: molecular evolutionary genetics analysis across d57
2270. computing platforms (2018) Kumar and colleagues in it/651
Genomic analysis of European Drosophila melanogaster Volume35(6)Pp.1547–1549. o63
pleocptiuonla,tiaonnds rperveevaiolsuslolynguintukdnionwalnsDtrNucAtuvreir,ucsoesnt(in20en20t-)wKidaepusen- moPdaerlstitoiofnevFoinludteiron2f:ornemwolemcuetlahrodasndfomrosreplehcotilnoggicpaalrpthityiolongeed- rial12 by g
andcolleaguesinVolume37(9)Pp.2661–2678. neticanalyses(2017)LanfearandcolleaguesinVolume34(3) ue
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revealsremarkablegenomeplasticityandthefootprintsofdo- IQ-TREE 2: new models and efficient methods for phyloge- 3
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mestication (2018) Legras and colleagues in Volume 35(7) neticinferenceinthegenomicera(2020)Minhandcolleagues J
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Pp.1712–1727. inVolume37(5)Pp.1530–1534. nu
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Genomic evidence for complex domestication history of DnaSP 6: DNA sequence polymorphism analysis of large ry
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the cultivated tomato in Latin America (2020) Razifard and data sets (2017) Rozas and colleagues in Volume 34(12) 0
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colleaguesinVolume37(4)Pp.1118–1132. Pp.3299–3302.
(cid:2)TheAuthor(s)2021.PublishedbyOxfordUniversityPressonbehalfoftheSocietyforMolecularBiologyandEvolution.
ThisisanOpenAccessarticledistributedunderthetermsoftheCreativeCommonsAttributionLicense(https://creativecommons.
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Mol.Biol.Evol.39(1):msab357 doi:10.1093/molbev/msab357 1