Justin Holt

Name:	Justin Holt
Affiliation:	CRUK Cambridge Centre
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	Wed Nov 06 16:04:33 +0000 2024

Public lists managed by Justin Holt

• Cancer Research UK Cambridge Centre Lectures in Cancer Biology and Medicine
• Name to be confirmed

Talks given by Justin Holt

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Justin Holt

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Justin Holt actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• The role of transcription factors in cancer
• Frontiers in paediatric cancer research
• Hh signalling and the anti-tumour immune response: biology and new treatment opportunities
• Cancer stem cells, evolution and heterogeneity
• Cancer metabolism, a hallmark of cancer
• Understanding the cancer genome base-by-base
• Machine learning: applications to cancer
• DNA repair: translating mechanistic insights towards new cancer therapies.
• Hypoxia, HIFs and cancer
• The mutations that drive cancer
• Core ideas in cancer research 2: cell biology
• Core ideas in cancer research 1: genes and genetic instability
• Tumour pathology, structure and nomenclature
• Leveraging the Virtuous Cycle: Clinical Trials - Translational Science - Basic Science
• Translating the biology of epigenetics into clinical applications for cancer
• Pancreatic cancer - the clinical challenge;  Why the microenvironment matters during pancreatic cancer progression and treatment
• A scientists guide to the art of radiation therapy and Neurosurgery for the oncologist
• Early cancer trials
• Does reconstructing the past history of kidney cancer help predict clinical behaviour?
• Machine learning: applications to cancer
• TODAY'S TALK CANCELLED DUE TO SICKNESS Machine learning: applications to cancer
• The two-hit hypothesis and other mathematical models of cancer
• Targeted Protein Degradation tools for novel therapeutic strategies in cancer
• Cancer virology
• Cancer resistance in the naked mole-rat: tales of transformation and more!
• Biological and clinical insights from genome-wide association studies of cancer
• Role of cellular senescence in cancer and ageing: therapeutic opportunities
• The role of radiation in cancer care: a spotlight on cancers of the oesophagus, head and neck
• Understanding the cancer genome base-by-base
• Clonal haematopoiesis, early detection and pre-leukemia to leukemia development
• The role of transcription factors in cancer
• Fluorogenetic interrogation of epigenetic pathways
• Frontiers in paediatric cancer research
• The development of cancer risk prediction models and their applications to prevention and early detection
• "Meet the Expert": How to survive and thrive as an entrepreneur
• "Meet the Expert": How to survive and thrive as an entrepreneur
• Redefining metastasis: what we know and where we are going
• Steroid hormone regulation of cancer immunity
• Cancer Immunology and Immunotherapy
• Hh signalling and the anti-tumour immune response: biology and new treatment opportunities
• Cancer metabolism, a hallmark of cancer
• Hypoxia, HIFs and cancer
• Cancer stem cells, evolution and heterogeneity
• DNA repair: translating mechanistic insights towards new cancer therapies.
• Precision oncology: a philosophical perspective
• The mutations that drive cancer
• Core ideas in cancer research 2: cell biology
• Core ideas in cancer research 1: genes and genetic instability
• Tumour pathology, structure and nomenclature
• Curing cancer with AI – hype or hope?
• Paediatric malignancies
• Pancreatic Cancer - The clinical challenge; Why the microenvironment matters during progression and treatment
• Early stage cancer clinical trials
• The promise of proton therapy in paediatric tumours
• Kidney cancer: an introduction
• Nutrition and cancer prevention
• Biological and Clinical features of high grade serous ovarian cancer
• Cancer resistance in the naked mole-rat: tales of transformation and more!
• A scientists guide to the art of radiation therapy & Neurosurgery for the oncologist
• Single cell RNA seq. and application in cancer research
• Understanding Myc Transcription
• Kidney cancer
• Kidney cancer
• Shedding light on tumour physiology
• Toolkit in Cancer Research: in vitro modelling and spatial phenotyping
• Machine learning: applications to cancer
• Artificial Intelligence in Cancer
• A.I. in Cancer
• The two hit hypothesis and other simple theories of cancer
• Immune Regulation in Inflammation and Cancer
• How do cells acquire drug resistance mutations?
• Hh signalling and the anti-tumour immune response: biology and new treatment opportunities
• Experimental cancer genetics
• TALK CANCELLED
• Cancer virology
• The development of cancer risk prediction models and their applications to prevention and early detection
• In vivo functional screens for modelling cancer initiation and progression
• The role of transcription factors in cancer.
• Role of cellular senescence in cancer and ageing: therapeutic opportunities
• DNA repair: translating mechanistic insights towards new cancer therapies.
• Cancer metabolism, a hallmark of cancer
• Cancer stem cells, evolution and heterogeneity
• Simulating medicine: testing- speculations about medical science and clinical practice
• The mutations that drive cancer
• Core ideas in cancer research 2: cell biology
• Core ideas in cancer research 1: genes and genetic instability
• Tumour pathology, structure and nomenclature
• Lung Cancer. Part 1. Patient pathway and Intervention; Part 2: Futurescape
• Role of cellular senescence in cancer and ageing: therapeutic opportunities
• Pancreatic Cancer: Challenges, Models and Therapeutic Opportunities
• Kidney cancer: The most lethal urological malignancy
• Kidney cancer: The most lethal urological malignancy
• Cell differentiation and tumour initiation - two sides of the coin
• CANCELLED The impact of environmental factors on cancer
• The impact of environmental factors on cancer
• Hh signalling and the anti-tumour immune response: biology and new treatment opportunities
• Understanding Myc Transcription
• Cancer resistance in the naked mole-rat, a tale of transformation
• Frontiers in paediatric cancer research
• The promise of proton therapy in paediatric tumours
• The role of transcription factors in cancer
• Biological and Clinical features of high grade serous ovarian cancer
• In vivo functional screens for modelling cancer initiation and progression
• Epidemiology of Ovarian Cancer
• The bone marrow microenvironment in myeloid malignancies
• Paediatric malignancies - an overview
• Breast Cancer- demographics, presentation, diagnosis and patient pathway
• Artificial Intelligence for identifying novel therapeutic targets, biomarkers and drug repositioning opportunities
• The challenges in therapeutic targeting of the RAF-MEK-ERK signalling pathway
• The AKT inhibitor Capivasertib (AZD5363): from discovery to clinical proof of concept
• Clinical Treatment and Cancer Stem Cell Biology in Malignant Glioma
• Mathematical and evolutionary approaches to cancer
• Viral Oncology
• Viral Oncology
• A scientist’s guide to the art of radiation therapy & Neurosurgery for the Oncologist
• Oncological imaging: 1: Introduction and non-radionuclide techniques; 2: Radionuclide techniques
• Cancer stem cells, evolution and heterogeneity
• Care and Cure:an Introduction to Philosophy of Medicine
• DNA repair: translating mechanistic insights towards new cancer therapies.
• Systematic anti-cancer therapy
• Introduction to the biology of metastasis
• The mutations that drive cancer
• Overview of the core ideas in cancer research
• Tumour structure and nomenclature
• Viral Oncology
• From another lens: An anthropological perspective on cancer and care in the UK.
• In vivo functional screens for modelling cancer initiation and progression
• It takes a village: targeting the non-cancerous neighbours to fight pancreatic cancer
• Diagnostics and patient pathways in pancreatic cancer
• Understanding Myc transcription
• Biological and clinical features of high grade serous ovarian cancer
• The promise of proton therapy in paediatric tumours
• Frontiers in paediatric cancer research
• Kidney cancer: the most lethal urological malignancy
• Artificial intelligence for identifying novel therapeutic targets, biomarkers and drug repositioning opportunities.
• The role of transcription factors in cancer
• Epidemiology of Ovarian Cancer
• Lung Cancer. Part 1. Patient pathway and Intervention; Part 2: Futurescape
• Breast Cancer – demographics, presentation, diagnosis and patient pathway
• Paediatric malignancies: an overview
• Early detection and treatment of lethal prostate cancer.
• Mathematical and evolutionary approaches to cancer
• Oncological Imaging: i. Introduction & Non-radionuclide techniques ii. Radionuclide techniques
• The challenges in therapeutic targeting of the RAF-MEK-ERK signalling pathway
• The AKT inhibitor capivasertib (AZD5363): from discovery to clinical proof concept
• Clinical treatment and cancer stem cell biology in malignant glioma
• A scientist’s guide to the art of radiation therapy & Neurosurgery for the Oncologist
• Cancer Immunotherapy
• The bone marrow microenvironment in myeloid malignancies
• Systemic anti-cancer therapy
• Systematic anti-cancer therapy
• Exploring the role of the tumour microenvironment: what do the other cells do?
• Cancer stem cells, evolution and heterogeneity
• DNA repair: from mechanistic insights to therapeutic applications in cancer
• Cancer metabolism, a hallmark of cancer
• Cancer metabolism, a hallmark of cancer
• Introduction to the biology of metastasis
• Introduction to the biology of metastasis
• The mutations that drive cancer
• Overview of the core ideas in cancer research
• Tumour structure and nomenclature