Precision Medicine in Pediatrics: Biomarkers and Assay Development
|
has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778880, hs_child_table_id=0, hs_updated_at=1714461214107, hs_published_at=1744844126301, description=Eva Raschke, PhD serves as a subject matter expert for immune monitoring solutions at Precision for Medicine with a focus on the epigenetic immune monitoring technology Epiontis ID. She has supported the development, validation and clinical use of this technology platform in different roles since 2008. Eva obtained a Ph.D. in Molecular Biology from the Ludwig-Maximilians-University Munich., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Headshots%20no%20background/Eva%20Raschke.webp',altText='Eva Raschke',fileId=165892728972}, linkedin=https://www.linkedin.com/in/eva-raschke-678b439, hs_name=, hs_path=, lastname=Raschke, hs_initial_published_at=1716212769184, hs_created_at=1709645745111, hs_is_edited=false, hs_deleted_at=0, name=Eva, job=, slug=eva-raschke, email=, hs_updated_by_user_id=51739740}, second={}, third={}})
Choosing the Optimal Sample Type for Flow Cytometry: Key Considerations and Case Studies
|
has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778846, hs_child_table_id=0, hs_updated_at=1713168962876, hs_published_at=1744844126301, description=Angelina Bisconte is an authority in utilizing human primary biological tissue and cells in research and drug discovery. She is a developer of translational biomarkers for Phase I/II clinical programs in autoimmunity, inflammation and cancer, and is an expert in phenotypic cell-based assays using multiple primary cell systems such as T/Th17/T-regs, NK-T, B/Plasma/Plasmablasts, Myeloid cells, Dendritic cells (pDCc/mDCs), and MDSCs. She serves as a strategist in multi-parametric single-cell flow cytometry and analysis of flow cytometry data. Additionally, Angelina maintains a broad network of contacts at clinical sites and research hospitals, experienced with IRB submissions and clinical protocols. She is a scientific leader for Precision’s Biomaterials commercial sourcing., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Angelina%20Bisconte.webp',altText='Angelina Bisconte',fileId=164430032419}, linkedin=https://www.linkedin.com/in/angelinabisconte, hs_name=, hs_path=, lastname=Bisconte, hs_initial_published_at=1716136551646, hs_created_at=1709645745077, hs_is_edited=false, hs_deleted_at=0, name=Angelina, job=, slug=angelina-bisconte, email=, hs_updated_by_user_id=51739740}, second={}, third={}})
Moving from Exploratory to Clinical Flow Cytometry Assays: 3 Critical Considerations
|
has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778846, hs_child_table_id=0, hs_updated_at=1713168962876, hs_published_at=1744844126301, description=Angelina Bisconte is an authority in utilizing human primary biological tissue and cells in research and drug discovery. She is a developer of translational biomarkers for Phase I/II clinical programs in autoimmunity, inflammation and cancer, and is an expert in phenotypic cell-based assays using multiple primary cell systems such as T/Th17/T-regs, NK-T, B/Plasma/Plasmablasts, Myeloid cells, Dendritic cells (pDCc/mDCs), and MDSCs. She serves as a strategist in multi-parametric single-cell flow cytometry and analysis of flow cytometry data. Additionally, Angelina maintains a broad network of contacts at clinical sites and research hospitals, experienced with IRB submissions and clinical protocols. She is a scientific leader for Precision’s Biomaterials commercial sourcing., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Angelina%20Bisconte.webp',altText='Angelina Bisconte',fileId=164430032419}, linkedin=https://www.linkedin.com/in/angelinabisconte, hs_name=, hs_path=, lastname=Bisconte, hs_initial_published_at=1716136551646, hs_created_at=1709645745077, hs_is_edited=false, hs_deleted_at=0, name=Angelina, job=, slug=angelina-bisconte, email=, hs_updated_by_user_id=51739740}, second={}, third={}})
Harnessing the Power of Flow Cytometry in Biomarker-Driven Clinical Trials
|
has not third author: true, (SizeLimitingPyMap: {main={hs_id=159488778877, hs_child_table_id=0, hs_updated_at=1714461706779, hs_published_at=1744844126301, description=Dr. Laura Lozza is Senior Director for Cell Biology at Precision for Medicine. She has long-standing expertise in immune monitoring and immune assay development with a particular focus on flow cytometry assays. Her focused on human immunology, including characterizing the regulatory activities of CD4 T cells, as well as analyzing the response of human dendritic cells in tuberculosis disease and BCG vaccination. She was a leader in establishing Precision’s Cell Biology Lab in Berlin which supports assay development and validation utilizing flow cytometry as well as other cell biology technologies., avatar=Image{width=576,height=576,url='https://5014803.fs1.hubspotusercontent-na1.net/hubfs/5014803/PfM%20Website/Headshots/Headshots%20no%20background/Laura%20Lozza.webp',altText='Laura Lozza',fileId=165892782092}, linkedin=https://www.linkedin.com/in/laura-lozza, hs_name=, hs_path=, lastname=Lozza, hs_initial_published_at=1716212769184, hs_created_at=1709645745108, hs_is_edited=false, hs_deleted_at=0, name=Laura, job=, slug=laura-lozza, email=, hs_updated_by_user_id=51739740}, second={}, third={}})
