TopicTitleExpertInstituteYearLink
NIDDK Resources 2020Cindy RoyNIDDK2020▸
TopicTitleCCEH FundedExpertInstituteYearLink
Mouse HematopoiesisUnraveling the effects of prenatal inflammation on developmental hematopoiesis
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Anna Beaudin, PhDUniversity of Utah School of Medicine2022▸
Mouse HematopoiesisLineages, clones and function in the hematopoietic systemFernando Camargo, PhDHarvard/Boston Childrens2021▸
Mouse HematopoiesisFunctional screens in hematopoiesis
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Jun Lu, PhDYale School of Medicine2021▸
Mouse HematopoiesisThe single cell characterization and procurement core at CCHMC: a 3D view of the hematopoietic systemMarie-Dominique Filippi, PhDCincinnati Childrens Hospital2021▸
Xenotransplantation Humanized MouseHumanized Mouse Models for the Study of Hematopoiesis in Health and DiseaseStephanie Halene, MD, PhDYale School of Medicine2022▸
Erythroblastic IslandThe role of EKLF/KLF1 in the erythroblastic island niche during mouse developmentJames Bieker, PhDMount Sinai School of Medicine2023▸
Stress-stem CellsHematopoietic stem cell differentiation under stressDaisuke Nakada, PhDBaylor College of Medicine2023▸
RegenerationPolarity dependent mechanisms of hematopoietic regenerationJose Cancelas Perez, MD, PhDCincinnati Childrens Hospital2021▸
Mouse HematopoiesisImmune developmentAnna Beaudin, PhD University of Utah School of Medicine2020▸
Human ErythropoiesisNormal and Disordered Human ErythropoiesisMohandas Narla, MDNew York Blood Center2022▸
Human HematopoiesisWhat human genetic variation can teach us about hematopoiesisVijay Sankaran, MD, PhDHarvard/Boston Childrens2022▸
Sickle CellMacrophage metabolic rewiring improves heme-suppressed efferocytosis and tissue damage in sickle cell disease
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Francesca Vinchi, PhDNew York Blood Center2023▸
Erythroid MetabolomicsMetabolomics of the erythrocyteJames Cox, PhDUniversity of Utah School of Medicine▸
HemoglobinopathiesHemoglobinopathies, challenges and therapeutic approachesStefano Rivella, PhDChildrens Hospital of Philadelphia2022▸
Congenital SideroblasticCongenital sideroblastic anemia: iron and heme lost in (mitochondrial translation)Mark D Fleming, MD, DphilBoston Children’s Hospital2021▸
Transcriptional RegulationCis-regulatory clues reveal new mechanism promoting cellular regeneration in anemia
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Kyle Hewitt, PhDUniversity of Nebraska Medical Center2023▸
Canine HematopoiesisCanine models for hemtopoietic disease and transplantationBrian Hayes, PhDFred Hutchinson Cancer Research Center2023▸
Mouse HematopoiesisMyeloid lineage specification mechanisms at the top of the hematopoiesis Hierarchy Yoona KangYoona KangWashington University in St. Louis2024▸
Mouse HematopoiesisTranscriptional regulation of mesodermal lineage canalizationDean TantinUniversity of Utah School of Medicine2024▸
TopicTitleCCEH FundedExpertInstituteYearLink
Fe-S ClustersBiogenesis of iron-sulfur proteins in eukaryotes: mitochondria, mitosomes, mechanisms and maladiesRoland Lill, PhDUniversity of Marburg2022▸
Iron HomeostasisThe role of prodomains in regulating BMP2, BMP6 and Bmp2/6 ligand activity to maintain iron homeostasis
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Jan Christian, PhDUniversity of Utah School of Medicine2021▸
Iron HomeostasisNew insights into hepcidin regulation and systemic iron homeostasis
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Jodie Babitt, MDHarvard/Mass General Hosp2022▸
Ion ChannelA role of mechanosensitive ion channel PIEZO1 in iron metabolismShang Ma, PhDScripps Institute2021▸
ZIP14ZIP14 (SLC39A14) as a potential therapeutic target in the treatment of iron overloadMitch Knutson, PhDUniversity of Florida2021▸
Macrophages in Adipose TissueMacrophages as ferrostats in adipose tissueAlyssa Hasty, PhDVanderbilt University2021▸
Lysosomes and IronUnderstanding how cells cope with lysosome-mediated iron deficiency
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Adam Hughes, PhDUniversity of Utah School of Medicine2022▸
Iron Deficiency COPDIron deficiency in the alveolar epithelium: implications for chronic respiratory diseaseSuzanne Cloonan, PhDTrinity College2022▸
Parasite Iron HomeostasisFifty shades of iron: adaptive organelle metabolism in malaria parasites
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Paul Sigala, PhDUniversity of Utah School of Medicine2022▸
Metabolic InsightsMetabolic insights into iron homeostasisYatrik Shah, PhDUniversity of Michigan2023▸
Fe-S Biogenesis in ParasitesDivergent Acyl carrier protein mediates mitochondrial Fe-S cluster biosynthesis in malaria parasitesSeyi Falekun, graduate studentUniversity of Utah School of Medicine2021▸
Cytosolic Iron ChaperoneMischief Managed: chaperoning iron in the cytosolCaroline Philpott, MDNIDDK, Genetics and Metabolism Section2020▸
Kidney IronIron, Cystitis, PyelonephritisJonathan Barasch, MDColumbia University2020▸
ErythroferroneErythropoiesis regulates hepcidinTomas Ganz, MDUCLA2020▸
DiabetesDiabetes and iron: Can’t live with it, can’t live without itDon McClain, MD, PhDWake Forest University2020▸
Pregnancy and IronIron pathobiology in pregnancyElla Nemeth, PhDUCLA2020▸
Mouse HematopoiesisRole of iron sulfur proteins in mammalian cells and viral infectionsTracey RouaultNICHD, NIH2024▸
TopicTitleCCEH FundedExpertInstituteYearLink
PorphyriaMurine models for studies of porphyrias and hepatic heme homeostatic mechanisms
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Makiko Yasuda, MD, PhDMount Sinai School of Medicine2022▸
Erythroid ProtoporphyriaFactors modifying the severity of erythroid protoporphyria
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Sarah Ducamp, PhDBoston Children’s Hospital2022▸
Iron and HemeIron and Heme core updateHector Bergonia, MSUniversity of Utah School of Medicine2021▸
Heme TraffickingIlluminating heme trafficking and signaling in health and diseaseAmit Reddi, PhDGeorgia Tech2022▸
Heme BiosynthesisHeme biosynthesis and distribution: complexity and intersections
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Amy Medlock, PhDUniversity of Georgia2022▸
Iron and HemeIron and Heme Core facilitates research into heme biosynthesis and iron metabolismLaurie Jackson, PhDUniversity of Utah School of Medicine2021▸
Iron and HemeIron and Heme Core facilitates research into heme biosynthesis and iron metabolismLaurie Jackson, PhDUniversity of Utah School of Medicine2020▸
Mitochondrial HemeRegulation of mitochondrial heme metabolism in erythroid cellsYvette Yien, PhDUniversity of Delaware/Pittsburg2021▸
Heme TraffickingHeme trafficking, use and toxicity during red cell differentiationJan Abkowitz, MDUniversity of Washington2021▸
Heme TraffickingIdentification of an intracellular heme trafficking proteinCaiyong Chen, PhDZhejiang University2023▸
TopicTitleCCEH FundedExpertInstituteYearLink
CRISPR in MiceAdvanced services for the rapid and precise generation of genetically modified mice using CRISPR technologyCrystal Davey, PhDUniversity of Utah School of Medicine2023▸
Mutation Generation DetectionMutation Generation and Detection Core ServicesCrystal Davey, PhDUniversity of Utah School of Medicine2020▸
TopicTitleCCEH FundedExpertInstituteYearLink
Foundations of MicroscopyOptical foundations of taking high quality images with your microscopeJoerg Bewersdorf, PhD Yale School of Medicine2022▸
Intravital MicroscopyIntravital MicroscopyKenn Dunn, PhDIndiana University School of Medicine2022▸
Confocal MicroscopyIntroduction to Confocal MicroscopyJoerg Bewersdorf, PhDYale School of Medicine2022▸
CODEX MicroscopyCODEX multiplexed tissue cytometryKenn Dunn, PhDIndiana University School of Medicine▸
Super Resolution MicroscopySuper-resolution microscopy and its biomedical applicationJoerg Bewersdorf, PhDYale School of Medicine2022▸
Cell Cycle MicroscopyReading live cell cycle speed by fluorescence microscopy
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Shangqin Guo, PhDYale School of Medicine2022▸
Imaging – HematopoiesisApplying Codex technology for the examination of architectural relationships in the hematopoietic nicheEdward Srour, PhDIndiana University School of Medicine2021▸
3D Visualization – ImarisAn introduction into 3D visualization with Imaris software packageMarie-Dominique Filippi, PhDCincinnati Childrens Hospital2023▸
Long term imagingLong term live cell imaging
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Shangqin Guo, PhDYale School of Medicine2023▸
MicroscopyVanessa Scanlon, PhDUConn Health School of Dental Medicine▸
Light Sheet MicroscopyLight Sheet MicroscopyKenn Dunn, PhDIndiana University School of Medicine2023▸
Bone Marrow ImagingBone marrow imagine and hematopoietic cell mappingDaniel Lucas, PhDCincinnati Childrens Hospital2023▸
TopicTitleCCEH FundedExpertInstituteYearLink
BasicsFlow cytometry basics and applicationsPratibha Singh, PhDIndiana University School of Medicine2023▸
Panel DesignThe art of Flow cytometry panel design and compensationPratibha Singh, PhDIndiana University School of Medicine2023▸
Sample PrepFlow cytometry sample preparation and stainingPratibha Singh, PhDIndiana University School of Medicine2023▸
Flow in HematologyMultiparameter Flow Cytometry in hematology and immunologyAnnie Song, PhDCincinnati Childrens Hospital2023▸
Acquisition and AnalysisFlow cytometry sample acquisition and data analysisPratibha Singh, PhDIndiana University School of Medicine2023▸
Flow Staining and SortingEnriching Rare Populations of Human CD34 Cells by FACSVanessa Scanlon, PhDUconn/Yale School of Medicine2023▸
TopicTitleCCEH FundedExpertInstituteYearLink
Protein Metabolite InteractionsMIDAS core updateKevin Hicks, PhDUniversity of Utah School of Medicine2021▸
MetabolomicsMetabolomics core updateJames Cox, PhDUniversity of Utah School of Medicine2021▸
Protein Metabolite UpdatesTechnological innovations of the protein-metabolite discovery core: membrane protein targeting and endogenous metabolome screeningKevin Hicks, PhDUniversity of Utah School of Medicine2023▸
MetabolomicsMetabolomics at the University of UtahJames Cox, PhDUniversity of Utah School of Medicine2022▸
LipidomicsLipidomics at the University of UtahJames Cox, PhDUniversity of Utah School of Medicine2022▸
MetabolomicsMetabolomics for the Nonmalignant Hematology ResearcherJames Cox, PhDUniversity of Utah School of Medicine2025▸
Protein Metabolite InteractionsMIDAS: A systematic platform for the discovery of protein-metabolite ligand interactionsKevin Hicks, PhDUniversity of Utah MIDAS Core Director2025▸
MetabolismLipidomics at the University of Utah CCEHJ. Alan Maschek, PhDUniversity of Utah Metabolomics Core2025▸
TopicTitleCCEH FundedExpertInstituteYearLink
Large Data Set AnalysisToppCell: A versatile data portal for exploring single cell datasets and the genomic biology of cells and tissuesBruce Aronow, PhDCincinnati Childrens Hospital2021▸
TopicTitleCCEH FundedExpertInstituteYearLink
Enrichment EducationEnriching the futureBeverly Torok-Storb, PhDFred Hutchinson Cancer Research Center2022▸
Honoring Hal BroxmeyerHonoring Hal Broxmeyer: His past, present and future contributions to the field of experimental hematologyMaegan Capitano, PhDIndiana University School of Medicine2022▸
Giants in IronUtah CIHD Interviews with giants in ironHarry DaileyUniversity of Georgia2024▸
Giants in IronUtah CIHD Interviews with giants in ironNancy AndrewsBoston Children’s Hospital2024▸
Giants in IronUtah CIHD Interviews with giants in ironRoland LillUniversity of Marburg2024▸
Giants in IronUtah CIHD Interviews with giants in ironJerry KaplanUniversity of Utah2024▸
Giants in IronUtah CIHD Interviews with giants in ironTom GanzUniversity of California, Los Angeles2024▸
TopicTitleCCEH FundedExpertInstituteYearLink
Part 1Analysis and Interpretation of single cells sequencing data – part 1 Introduction and alignmentToma Tebaldi, PhDYale School of Medicine▸
Part 2Analysis and Interpretation of single cells sequencing data – part 2Toma Tebaldi, PhDYale School of Medicine▸
Part 3Analysis and Interpretation of single cells sequencing data – part 3 Key Analysis StepsToma Tebaldi, PhDYale School of Medicine▸
Part 4Analysis and Interpretation of single cells sequencing data – part 4 Multiple Test CorrectionToma Tebaldi, PhDYale School of Medicine▸