Faculty

Institution

Unit

Venue

Martin Spalding

Professor of Genetics Development and Cell Biology

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Genetics, Development and Cell Biology

College of Liberal Arts and Sciences

Genetics, Development, and Cellular Biology

Martin Spalding is currently serving as a College Of Agriculture And Life Sciences Professor of Genetics Development and Cell Biology at Iowa State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Martin Spalding

Iowa State University

Professor of Genetics Development and Cell Biology

You can click a keyword to filter the displayed items

plant physiology plant science botany molecular biology genetics plant biology photosynthesis ecology environmental science gene expression plant biochemistry plant molecular biology plant biotechnology membrane biology plant metabolism algal biology biotechnology enzymes redox biology biosynthesis algal research genomics experimental botany protein science signal transduction avian biology crispr agricultural biotechnology integrative plant biology gene editing plant ecology plant genetics plant development molecular adaptation molecular metabolism adaptation plant cells mutagenesis experimental plant biology gene regulation crop physiology cyanobacteria carbon allocation chlamydomonas reinhardtii environmental microbiology cell metabolism plant breeding molecular biotechnology molecular regulation microbial physiology carbon cycle biological inorganic chemistry phycology plant genomics enzyme catalysis photorespiration protein expression protein synthesis protein biosynthesis biocatalysis carbon dioxide carbon dioxide concentration inorganic carbon transport carbon availability rca isoforms energy crops plant functions whereas population growth global food plant systems large chromosomal deletions hybrid proteins tal effectors foki dna-cleavage domain tal nucleases gene replacement

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigation the Dna Binding Ability of Cia5 in Chlamydomonas Reinhardtii. Research Square (Research Square) (2024)

Bo ChenMartin H. Spalding

biophysicsprotein geneticsprotein sciencebiomolecular structurenucleic acidsgenome biologymolecular biophysicsmolecular geneticsmicrobial geneticsmolecular biologybiological chemistryprotein structuregene expressionrna biologystructural biologygenetics

Single-Cell Genetic Models to Evaluate Orphan Gene Function: The Case of Qqs Regulating Carbon and Nitrogen Allocation. Frontiers in Plant Science (2023)

Lei WangAndrew J. TonsagerWenguang ZhengYingjun WangDan StessmanWei FangKenna E. StenbackAlexis CampbellRezwan TanvirJinjiang ZhangSamuel CothronDongli WanYan MengMartin H. SpaldingBasil J. NikolauLing Li

orphan gene functioncarbonsingle-cell genetic modelscarbon allocationnitrogen allocationplant biologyquantitative biologyplant physiologyplant sciencegenetics

Application of Crispr/Cas9 System for Efficient Gene Editing in Peanut. Plants (2022)

Anjanasree K. NeelakandanDavid A. WrightSy M. TraoreXingli MaBinita SubediSuman VeeramasuMartin H. SpaldingGuohao He

biological engineeringgene editingcrisprbiotechnologyplant biologyplant science

Crispr/Cas9 Based Site-Specific Modification of Fad2 Cis-Regulatory Motifs in Peanut (Arachis Hypogaea L). Frontiers in Genetics (2022)

Anjanasree K. NeelakandanDavid A. WrightSy M. TraoreXiangyu ChenMartin H. SpaldingGuohao He

animal biotechnologymolecular geneticssite-specific modificationhuman geneticsplant biotechnologygeneticscrisprepigeneticscell biologygenomicsmolecular biologygene expressiongene editingmedical geneticsgenome biologyprotein geneticsprotein sciencesequence motifmammalian biology

Removal of Redox-Sensitive Rubisco Activase Does Not Alter Rubisco Regulation in Soybean. Photosynthesis Research (2022)

Christopher M. HarveyAmanda P. CavanaghSang Yeol KimDavid A. WrightRon G. EdquilangKayla S. ShreevesJuan Alejandro PerdomoMartin H. SpaldingDonald R. OrtCarl J. BernacchiSteven C. Huber

redox-sensitive rubisco activaseplant biotechnologyplant biochemistryrubisco regulationplant metabolismbiochemistrybiotechnologybioactive compoundsplant physiologyintegrative plant biologybiomolecular engineering

Co-Targeting Strategy for Precise, Scarless Gene Editing With Crispr/Cas9 and Donor Ssodns in Chlamydomonas. PLANT PHYSIOLOGY (2021)

Soujanya AkellaXinrong MaRomana BacovaZachary P HarmerMartina KolackovaXiaoxue WenDavid A WrightMartin H SpaldingDonald P WeeksHeriberto Cerutti

synthetic biologyfunctional genomicsagricultural biotechnologyplant biotechnologycrisprmolecular biologydonor ssodnsplant physiologyintegrative plant biologybiological engineeringgene editingplant molecular biologybotanyco-targeting strategyplant sciencehost specificitygenetic engineeringbiotechnologyplant biologybiomolecular engineering

Arabidopsis Plants Expressing Only the Redox‐Regulated Rca‐α Isoform Have Constrained Photosynthesis and Plant Growth. The Plant Journal (2020)

Sang Yeol KimDan J. StessmanDavid A. WrightMartin H. SpaldingSteven C. HuberDonald R. Ort

molecular and cellular biologyarabidopsis plantsco2 assimilationplant metabolismplant sciencephotomorphogenesisrca isoformsbiologyphotosynthesisphotorespirationplant physiologygene expressionintegrative plant biologybiosynthesisgenetics

Lci1, a Chlamydomonas Reinhardtii Plasma Membrane Protein, Functions in Active Co 2 Uptake Under Low Co 2. The Plant Journal (2020)

Alfredo KonoMartin H. Spalding

biophysicsplant biochemistryphysiologyplant molecular biologyenvironmental sciencebotanymembrane biologyplant biologyplant physiologyplant scienceplant biotechnology

Structure and Function of Lci1: A Plasma Membrane Co 2 Channel in the Chlamydomonas Co 2 Concentrating Mechanism. The Plant Journal (2020)

Alfredo KonoTsung‐Han ChouAbhijith RadhakrishnanJani Reddy BollaKannan SankarSayane ShomeChih‐Chia SuRobert L. JerniganCarol V. RobinsonEdward W. YuMartin H. Spalding

biophysicsplant biotechnologyplant biochemistryphysiologycell biologyplant scienceplant molecular biologybotanymembrane biologyplant cellsmembranesplant biologyexperimental plant biologyplant ecologyplant physiologygene expressionintegrative plant biologystructural biology

In Vivo Evidence for a Regulatory Role of Phosphorylation of Arabidopsis Rubisco Activase at the Thr78 Site. Proceedings of the National Academy of Sciences (2019)

Sang Yeol KimChristopher M. HarveyJonas GieseInes LassowskatVijayata SinghAmanda P. CavanaghMartin H. SpaldingIris FinkemeierDonald R. OrtSteven C. Huber

molecular and cellular biologyplant physiologyposition 78plant biochemistryplant molecular biologybiologyplant cellsphotosynthesismolecular biologyvivo evidencesignal transductiongene expressiongenetics

1
2
3
4
5
11
10 / page

Martin Spalding

Professor of Genetics Development and Cell Biology

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Genetics, Development and Cell Biology

College of Liberal Arts and Sciences

Genetics, Development, and Cellular Biology

Martin Spalding is currently serving as a College Of Agriculture And Life Sciences Professor of Genetics Development and Cell Biology at Iowa State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Martin Spalding

Iowa State University

Professor of Genetics Development and Cell Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigation the Dna Binding Ability of Cia5 in Chlamydomonas Reinhardtii. Research Square (Research Square) (2024)

Bo ChenMartin H. Spalding

Single-Cell Genetic Models to Evaluate Orphan Gene Function: The Case of Qqs Regulating Carbon and Nitrogen Allocation. Frontiers in Plant Science (2023)

orphan gene functioncarbonsingle-cell genetic modelscarbon allocationnitrogen allocationplant biologyquantitative biologyplant physiologyplant sciencegenetics

Application of Crispr/Cas9 System for Efficient Gene Editing in Peanut. Plants (2022)

Anjanasree K. NeelakandanDavid A. WrightSy M. TraoreXingli MaBinita SubediSuman VeeramasuMartin H. SpaldingGuohao He

biological engineeringgene editingcrisprbiotechnologyplant biologyplant science

Crispr/Cas9 Based Site-Specific Modification of Fad2 Cis-Regulatory Motifs in Peanut (Arachis Hypogaea L). Frontiers in Genetics (2022)

Anjanasree K. NeelakandanDavid A. WrightSy M. TraoreXiangyu ChenMartin H. SpaldingGuohao He

Removal of Redox-Sensitive Rubisco Activase Does Not Alter Rubisco Regulation in Soybean. Photosynthesis Research (2022)

Christopher M. HarveyAmanda P. CavanaghSang Yeol KimDavid A. WrightRon G. EdquilangKayla S. ShreevesJuan Alejandro PerdomoMartin H. SpaldingDonald R. OrtCarl J. BernacchiSteven C. Huber

Co-Targeting Strategy for Precise, Scarless Gene Editing With Crispr/Cas9 and Donor Ssodns in Chlamydomonas. PLANT PHYSIOLOGY (2021)

Soujanya AkellaXinrong MaRomana BacovaZachary P HarmerMartina KolackovaXiaoxue WenDavid A WrightMartin H SpaldingDonald P WeeksHeriberto Cerutti

Arabidopsis Plants Expressing Only the Redox‐Regulated Rca‐α Isoform Have Constrained Photosynthesis and Plant Growth. The Plant Journal (2020)

Sang Yeol KimDan J. StessmanDavid A. WrightMartin H. SpaldingSteven C. HuberDonald R. Ort

Lci1, a Chlamydomonas Reinhardtii Plasma Membrane Protein, Functions in Active Co 2 Uptake Under Low Co 2. The Plant Journal (2020)

Alfredo KonoMartin H. Spalding

biophysicsplant biochemistryphysiologyplant molecular biologyenvironmental sciencebotanymembrane biologyplant biologyplant physiologyplant scienceplant biotechnology

Structure and Function of Lci1: A Plasma Membrane Co 2 Channel in the Chlamydomonas Co 2 Concentrating Mechanism. The Plant Journal (2020)

Alfredo KonoTsung‐Han ChouAbhijith RadhakrishnanJani Reddy BollaKannan SankarSayane ShomeChih‐Chia SuRobert L. JerniganCarol V. RobinsonEdward W. YuMartin H. Spalding

In Vivo Evidence for a Regulatory Role of Phosphorylation of Arabidopsis Rubisco Activase at the Thr78 Site. Proceedings of the National Academy of Sciences (2019)

Sang Yeol KimChristopher M. HarveyJonas GieseInes LassowskatVijayata SinghAmanda P. CavanaghMartin H. SpaldingIris FinkemeierDonald R. OrtSteven C. Huber

1
2
3
4
5
11
10 / page

Similar Faculty Members

Steven R. Rodermel

Institution

Iowa State University

biosynthesis

regulatory mechanisms

Lucia Strader

Institution

Duke University

plant hormone

molecular and cellular biology

Maurice S. B. Ku

Institution

Washington State University

plant physiology

plant science

Aleksandra Skirycz

Institution

Michigan State University

biosynthesis

plant pathology

Basil Nikolau

Institution

Iowa State University

biosynthesis

plant biochemistry

Himadri Pakrasi

Institution

Washington University in St. Louis

synthetic biology

biotechnology advance

Sixue Chen

Institution

University of Mississippi

proteomics

molecular plant pathology

David R. Gang

Institution

Washington State University

biosynthesis

genomics

Julia Bailey-Serres

Institution

University of California, Riverside

plant science

plant physiology

Erich Grotewold

Institution

Michigan State University

plant science

genetics

Similar Faculty Members

Steven R. Rodermel

Institution

Iowa State University

biosynthesis

regulatory mechanisms

Lucia Strader

Institution

Duke University

plant hormone

molecular and cellular biology

Maurice S. B. Ku

Institution

Washington State University

plant physiology

plant science

Aleksandra Skirycz

Institution

Michigan State University

biosynthesis

plant pathology

Basil Nikolau

Institution

Iowa State University

biosynthesis

plant biochemistry

Himadri Pakrasi

Institution

Washington University in St. Louis

synthetic biology

biotechnology advance

Sixue Chen

Institution

University of Mississippi

proteomics

molecular plant pathology

David R. Gang

Institution

Washington State University

biosynthesis

genomics

Julia Bailey-Serres

Institution

University of California, Riverside

plant science

plant physiology

Erich Grotewold

Institution

Michigan State University

plant science

genetics