Faculty

Institution

Unit

Venue

Richard Harland

CH Li Distinguished Professor of Genetics Genomics Evolution and Development

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Molecular and Cell Biology

Richard Harland is currently serving as a Biological Sciences CH Li Distinguished Professor of Genetics Genomics Evolution and Development at University of California, Berkeley.

Honors

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Experiences

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Education

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Richard Harland

University of California, Berkeley

CH Li Distinguished Professor of Genetics Genomics Evolution and Development

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developmental biology genetics avian biology embryonic development molecular biology gene expression neuroscience morphogenesis embryology developmental neurobiology developmental science mammalian biology developmental genetics genomics cell signaling reproductive biology signal transduction child development developmental cell genome biology animal biotechnology reproductive science gene function animal science rna biology xenopus laevis protein science assisted reproduction transcription regulation gene regulation xenopus embryos protein expression tissue development oocytes molecular regulation reproductive biotechnology fertilisation xenopus oocytes molecular cell biology animal physiology bone research fish biology reproductive physiology organ development orthopaedic research mutagenesis human embryonic development xenopus tropicalis cell regulation genome sequencing animal reproduction oogenesis bone morphogenic protein functional regulation protein function gene regulatory networks animal genetics spemann organizer xenopus gastrulation convergent extension bmp antagonists neural induction gene structure gene characterization brain organization genome structure musculoskeletal science orthopedic biomechanics cell polarity bmp signaling frog xenopus tropicalis secreted proteins fgf signals neural tube closure noggin-induced neural tissue dorsal-ventral patterning developmental system cellular physiology planar cell polarity cell biology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

“and It Was the Worst Possible Result, Because It Actually Worked:” an Interview With Richard Harland. Cells and Development (2024)

Richard M. HarlandJohn B. Wallingford

regenerative medicinecell biologytissue developmentrichard harlanddevelopmental biologybiology

A Time-Resolved Single-Cell Roadmap of the Logic Driving Anterior Neural Crest Diversification From Neural Border to Migration Stages. Proceedings of the National Academy of Sciences (2024)

Aleksandr KotovSubham SealMansour AlkobtawiVincent KappèsSofia Medina RuizHugo ArbèsRichard M. HarlandLeonid PeshkinAnne H. Monsoro-Burq

molecular neuroscienceneural sciencesystems neuroscienceneuroanatomycellular neurobiologymigration stagescognitive neuroscienceneurosciencebrain organizationdevelopmental biologyneurodynamicsdevelopmental cognitive neurosciencecognitive sciencedevelopmental neurobiologytime-resolved single-cell roadmapneural border

Conserved Chromatin and Repetitive Patterns Reveal Slow Genome Evolution in Frogs. Nature Communications (2024)

Jessen V. BredesonAustin B. MuddSofia Medina-RuizTherese MitrosOwen Kabnick SmithKelly E. MillerJessica B. LyonsSanjit S. BatraJoseph ParkKodiak C. BerkoffChristopher PlottJane GrimwoodJeremy SchmutzGuadalupe Aguirre-FigueroaMustafa K. KhokhaMaura LaneIsabelle PhilippMara LasloJames HankenGwenneg KerdivelNicolas BuisineLaurent M. SachsDaniel R. BuchholzTaejoon KwonHeidi Smith-ParkerMarcos Gridi-PappMichael J. RyanRobert D. DentonJohn H. MaloneJohn B. WallingfordAaron F. StraightRebecca HealdDirk HockemeyerRichard M. HarlandDaniel S. Rokhsar

slow genome evolutiongenomicsrepetitive patternsavian biologychromatinevolutionary biology

Igor B. Dawid (1935–2024): A Pioneer of Developmental and Molecular Biology. Proceedings of the National Academy of Sciences (2024)

Masanori TairaKeiko OzatoRichard M. HarlandSally A. MoodyJean-Pierre Saint-Jeannet

developmental biologybiologymolecular and cellular biologymolecular biology

Pluripotency of a Founding Field: Rebranding Developmental Biology. Development (2024)

Crystal D. RogersChris AmemiyaSwathi ArurLeslie BabonisMichael BarresiMadelaine BartlettRichard BehringerBlair Benham-PyleDominique BergmannBen BlackmanC. Titus BrownBill BrowneJasmin CamachoChiswili Yves ChabuIda ChowOndine CleaverJonah CoolMegan Y. DennisAlexandra Jazz DickinsonStefano Di TaliaMargaret FrankStewart GillmorEric S. HaagIswar HariharanRichard HarlandAman HusbandsLoydie Jerome-MajewskaKristen KoenigCarole LaBonneMichael LaydenChris LoweMadhav ManiMegan MartikKatelyn McKownCecilia MoensChristian MosimannJoyce OnyenedumRobert ReedAjna RiveraDan RokhsarLoic RoyerFlora RutaganiraRachel ShahanNeelima SinhaBillie SwallaJaimie M. Van NormanDaniel E. WagnerAthula WikramanayakeSophia ZebellSiobhán M. Brady

educationscientific communicationstem educationrebranding developmental biologyresearch policyscience policydevelopmental biologybiologyprofessional developmentdevelopmental sciencefounding fieldscience educationscience and technology studies

The Wnt1-Cre2 Transgene Causes Aberrant Recombination in Non-Neural Crest Cell Types. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Shashank GandhiEmily J. DuEdivinia S. PangilinanRichard M. Harland

genetic recombinationcell biologymolecular biologygenetics

In Memoriam: Donald D. Brown (1931–2023). Developmental Biology (2023)

Marnie E. HalpernRichard Harland

developmental biologybiologychild developmentgenetics

Sleep is Required for Neural Network Plasticity in the Jellyfish Cassiopea. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Michael J. AbramsLilian ZhangKonnor von EmsterBrandon H. LeeHannah ZeiglerTanya JainAli JafriZhiqin ChenRichard M. Harland

sleepneural network plasticityneurosciencefish biology

Sleep is Required for Neural Network Plasticity in the Jellyfish I Cassiopea /I. (2023)

Michael J. AbramsLilian ZhangKonnor von EmsterBrandon H. LeeHannah ZeiglerTanya Sarkin JainAli JafriZhiqin ChenRichard Harland

sleepneuroscienceneural network plasticity

From Neural Border to Migratory Stage: A Comprehensive Single Cell Roadmap of the Timing and Regulatory Logic Driving Cranial and Vagal Neural Crest Emergence. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Aleksandr KotovMansour AlkobtawiSubham SealVincent KappèsSofia Medina RuizHugo ArbèsRichard HarlandLeonid PeshkinAnne H. Monsoro-Burq

neural sciencesystems neurosciencestem cell researchneuroanatomyneurosciencedevelopmental biologycell migrationphysiologyneural bordercraniofacial researchcellular neurobiologydevelopmental cognitive neurosciencedevelopmental neurobiologycell regulationkey sitecognitive neurosciencemembrane biologymigratory stagemammalian biology

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Richard Harland

CH Li Distinguished Professor of Genetics Genomics Evolution and Development

University of California, Berkeley

Affiliations

College of Letters & Science

Biological Sciences

Molecular and Cell Biology

Richard Harland is currently serving as a Biological Sciences CH Li Distinguished Professor of Genetics Genomics Evolution and Development at University of California, Berkeley.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard Harland

University of California, Berkeley

CH Li Distinguished Professor of Genetics Genomics Evolution and Development

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

“and It Was the Worst Possible Result, Because It Actually Worked:” an Interview With Richard Harland. Cells and Development (2024)

Richard M. HarlandJohn B. Wallingford

regenerative medicinecell biologytissue developmentrichard harlanddevelopmental biologybiology

A Time-Resolved Single-Cell Roadmap of the Logic Driving Anterior Neural Crest Diversification From Neural Border to Migration Stages. Proceedings of the National Academy of Sciences (2024)

Aleksandr KotovSubham SealMansour AlkobtawiVincent KappèsSofia Medina RuizHugo ArbèsRichard M. HarlandLeonid PeshkinAnne H. Monsoro-Burq

Conserved Chromatin and Repetitive Patterns Reveal Slow Genome Evolution in Frogs. Nature Communications (2024)

slow genome evolutiongenomicsrepetitive patternsavian biologychromatinevolutionary biology

Igor B. Dawid (1935–2024): A Pioneer of Developmental and Molecular Biology. Proceedings of the National Academy of Sciences (2024)

Masanori TairaKeiko OzatoRichard M. HarlandSally A. MoodyJean-Pierre Saint-Jeannet

developmental biologybiologymolecular and cellular biologymolecular biology

Pluripotency of a Founding Field: Rebranding Developmental Biology. Development (2024)

The Wnt1-Cre2 Transgene Causes Aberrant Recombination in Non-Neural Crest Cell Types. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Shashank GandhiEmily J. DuEdivinia S. PangilinanRichard M. Harland

genetic recombinationcell biologymolecular biologygenetics

In Memoriam: Donald D. Brown (1931–2023). Developmental Biology (2023)

Marnie E. HalpernRichard Harland

developmental biologybiologychild developmentgenetics

Sleep is Required for Neural Network Plasticity in the Jellyfish Cassiopea. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Michael J. AbramsLilian ZhangKonnor von EmsterBrandon H. LeeHannah ZeiglerTanya JainAli JafriZhiqin ChenRichard M. Harland

sleepneural network plasticityneurosciencefish biology

Sleep is Required for Neural Network Plasticity in the Jellyfish I Cassiopea /I. (2023)

Michael J. AbramsLilian ZhangKonnor von EmsterBrandon H. LeeHannah ZeiglerTanya Sarkin JainAli JafriZhiqin ChenRichard Harland

sleepneuroscienceneural network plasticity

Aleksandr KotovMansour AlkobtawiSubham SealVincent KappèsSofia Medina RuizHugo ArbèsRichard HarlandLeonid PeshkinAnne H. Monsoro-Burq

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