Search for tag: "cell"

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38:19 Adaptive Moving Mesh Methods for Computational… Adaptive Moving Mesh Methods for Computational Cell Biology - John MacKenzie	Adaptive Moving Mesh Methods for Computational Cell Biology - John MacKenzie Adaptive Moving and Anisotropic Meshes for the Numerical Approximation of PDEs Adaptive Moving Mesh Methods for Computational Cell Biology John MacKenzie (University of Strathclyde) 09 May,… icms cell velocity membrane mesh region curve methods equations thing sale direction bit floor species surface form sort activity things cells From Frances Allen 0 likes 10 plays 0 Licence Type All rights reserved Language English Date Created May 10th, 2022
01:00:35 Learning mixtures and DNA copy-numbers from bulk… Learning mixtures and DNA copy-numbers from bulk sequencing of tumor samples	Learning mixtures and DNA copy-numbers from bulk sequencing of tumor samples Speaker: Brian Arnold, Senior Data Scientist, Princeton University. Abstract: As tumors expand, they evolve via the accumulation of copy-number aberrations (CNAs; amplifications or deletions… biomedical ai cdt copy tumour cells chromosome genome sample aberrations clones clusters hatchet cell mutations bins cancer reference copies sequencing cluster frequency depth From Ekaterina Churkina 0 likes 1 plays 0 Licence Type All rights reserved The University of Edinburgh Date Created April 13th, 2022
14:10 A-C. Exemplar_connecting the COVID dots A-C. Exemplar_connecting the COVID dots	A-C. Exemplar_connecting the COVID dots Dr Rupsha Fraser hcp-med year 1 integrity responses sars factors covid cells risk immunity response host infection vaccines cell individuals disease dynamics damage patients syndrome clearance groups From Rupsha Fraser 0 likes 7 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
15:18 B12. Immunopathology B12. Immunopathology	B12. Immunopathology Dr Rupsha Fraser hcp-med year 1 integrity responses response reactions antigens immunodeficiency auto hypersensitivity disease cell activation diseases antigen inflammation tissues cells release host place immuno mechanisms From Rupsha Fraser 0 likes 25 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
14:13 B11. Chronic inflammation B11. Chronic inflammation	B11. Chronic inflammation Dr Rupsha Fraser hcp-med year 1 integrity inflammation tissue cells response macrophages cell diseases formation amyloid material lymphocytes neutrophils repair protein granuloma types disease injury lecture fibroblasts From Rupsha Fraser 0 likes 35 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
06:17 B9. Tissue regeneration & repair B9. Tissue regeneration & repair	B9. Tissue regeneration & repair Dr Rupsha Fraser hcp-med year 1 integrity tissue cells cell regeneration matrix renewal scar blood injury repair differentiation growth fibroblasts clot step proliferation factors signals capacity degradation From Rupsha Fraser 0 likes 25 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
12:45 B8. Injury & tissue reponse B8. Injury & tissue reponse	B8. Injury & tissue reponse Dr Rupsha Fraser hcp-med year 1 injury cells necrosis cell tissue damage apoptosis death homeostasis signals protein types loss inflammation stress cascade pathway dna membrane ischemia From Rupsha Fraser 0 likes 40 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
11:17 B7. Antibody-mediated adaptive immunity B7. Antibody-mediated adaptive immunity	B7. Antibody-mediated adaptive immunity Dr Rupsha Fraser hcp-med year 1 integrity cells cell activation antibody plasma differentiation responses class affinity antigen response antibodies switching specificity place selection signal maturation pathogen memory From Rupsha Fraser 0 likes 37 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
13:36 B6. Cell-mediated adaptive immunity B6. Cell-mediated adaptive immunity	B6. Cell-mediated adaptive immunity Dr Rupsha Fraser hcp-med year 1 integrity cells cell memory differentiation responses signal antigen activation tolerance immunity expression antigens class molecules functions energy response cts signals auto From Rupsha Fraser 0 likes 44 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
12:48 B5. Introduction to adaptive immunity B5. Introduction to adaptive immunity	B5. Introduction to adaptive immunity Dr Rupsha Fraser hcp-med year 1 integrity cells cell antigen class molecules responses immunoglobulins receptors antibody antigens receptor activation immunity peptides mhc types lymphocytes complement anchor gene From Rupsha Fraser 0 likes 47 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
18:28 B4. Effector cells of innate immunity B4. Effector cells of innate immunity	B4. Effector cells of innate immunity Dr Rupsha Fraser hcp-med year 1 integrity cells cell target blood receptors responses sites class molecules antigens macrophages tissues antigen expression reactions mast presentation types immunity nk From Rupsha Fraser 0 likes 39 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
08:43 B3. Introduction to innate immunity B3. Introduction to innate immunity	B3. Introduction to innate immunity Dr Rupsha Fraser hcp-med year 1 integrity complement cells pathway death molecules immunity responses cell inflammation activation damps response optimisation initiator licence pathogens target pathways molecule cascade From Rupsha Fraser 0 likes 44 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
12:23 B1. A healthy immune system B1. A healthy immune system	B1. A healthy immune system Dr Rupsha Fraser hcp-med year 1 integrity cells tissues response immunoglobulins body class lymphoid molecules barriers cell marrow organs blood pathogens bone proteins region antigens antibodies antigen From Rupsha Fraser 0 likes 45 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
07:24 A10. The effect of aging on tissue homeostasis A10. The effect of aging on tissue homeostasis	A10. The effect of aging on tissue homeostasis Dr Rupsha Fraser loss cell cells homeostasis stem dysfunction dna mechanisms instability tissue protein age diseases ageing disorders accumulation tissues length death mutations From Rupsha Fraser 0 likes 31 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
07:04 A9. Tissue demand & response.pptx A9. Tissue demand & response.pptx	A9. Tissue demand & response.pptx Dr Rupsha Fraser hcp-med year 1 integrity tissue cell cells injury death stress proliferation stem homeostasis metabolic blood factors tissues disuse responses response regeneration damage growth oxygen From Rupsha Fraser 0 likes 33 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like
14:01 A8. Tissue homeostasis A8. Tissue homeostasis	A8. Tissue homeostasis Dr Rupsha Fraser hcp-med year 1 integrity cells cell stem tissue homeostasis niche differentiation division renewal progenitor tissues maintenance genes transcription cues regulation repair types cycle growth From Rupsha Fraser 0 likes 46 plays 0 Licence Type Creative Commons - Attribution Non Commercial Share A Like

Search for tag: "cell"

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