Name: | Eilidh Guild |
---|---|
Affiliation: | The University of Edinburgh |
E-mail: | only provided to users who are logged into UoE seminar site |
Last login: | 2020-02-20 17:02:47 |
Public lists managed by Eilidh Guild
Talks given by Eilidh Guild that are known to this site:
NO TALKS FOUND
Talks organised by Eilidh Guild:
This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Eilidh Guild actually organised the talk, they may have been responsible only for entering the talk into the University Seminar Site system.
- Localizing the genomes of Yiddish speakers to primeval villages using the Geographic Population Structure (GPS) tool
- Dr Jekyll and Mr Hyde: the exosome complex in RNA processing and decay
- Using Biology, Chemistry and Physics to study Alzheimer’s Disease
- Chromatin dynamics in the mouse oocytes
- Sunlight and health. A new mechanism for ultraviolet radiation’s cardiovascular benefits’
- Assembly of functional axonal domains
- Moving towards a transcription factor-centric view of ‘epigenetics’
- TBA 12/11
- Targeting the X in male flies for chromosome-wide transcription regulation
- Functional Cancer Genomics: Translating Novel Targets into New Therapies
- TBA - 10/12
- Non-coding solutions to developmental challenges
- The control of T cell metabolism and differentiation
- Lost in translation; dysregulated protein synthesis in neuropsychiatric disorders
- Sensing and Restricting: Innate immune control of HIV
- Investigating skeletal disorders through genome analysis and editing
- TBA - 10/3
- Networks of alternative splicing regulation in cancer
- Effects of aneuploidy on cell physiology and its role in tumorigenesis
- How a Volvox Embryo Turns Itself Inside Out
- The Living Time Machine
- Histones, bacteria, sickle cells and reindeer (in that order)
- Chromosome Replication: A View From the Lagging Strand
- The targeted maintenance of epigenetic states - a genetic approach
- TBA - 28/4
- Studying Cancers at Single Nucleotide Resolution:- past, present & future
- How to build and maintain the largest functional domain in the human nucleus
- TBA 17/12
- Genomic medicine: progress and pitfalls in translating research to routine care
- Transcriptional regulation through nuclear lipids
- Control of the actin cytoskeleton by Rho-family GTPases in migration and in cancer
- Using chromatin profiling to identify crucial regulators of tumour maintenance
- TBA 6/10
- How chromatin structure regulates alternative splicing
- How is DNA woven into chromosomes?
- Genes to clinic in autoimmune diabetes
- Powering senescence: the ugly side of mitochondria
- TBA 17/11
- Putting function into Drosophila genomics
- Roles and regulation of the eukaryotic replisome
- TRACERx – Chromosomal Order and Chaos
- mRNA cap regulation and cellular decisions
- Molecular Tinkering: the Edinburgh scientists who changed the face of modern biology
- How difficult-to-replicate loci drive chromosome instability and human disease
- Diversification in Alzheimer's disease; beyond amyloid and tau for therapy and biomarkers
- O-GlcNAc signalling in development and disease
- Regulation and function of noncoding RNAs in mammalian physiology and cancer
- How replication impediments impair epigenetic memory
- Using human genetics and genomics to unravel causal mechanisms for diabetes
- The resolution of phenotypic, genetic and cellular heterogeneity in Hirschprung Disease
- TBA 27/4
- Charting the genetic architecture of the response to DNA damage
- Inter-generational epigenetic memory and forgetting
- Neurodegeneration: from molecules to medicines
- Regenerating the human kidney based upon an understanding of development
- The importance of studying African genomes - recent experiences
- Epigenetic memory over geological timescales
- DNA breakage and human genetic disease
- A forward genetic suppressor screen in Mecp2 mice reveals that lipid metabolism is a therapeutic target in Rett syndrome
- Variation and evolution in transcription factor-DNA interactions
- Mechanisms of membrane protein biogenesis
- Histone mutations in paediatric Glioblastoma
- Epigenetic switching and antisense transcription: lessons from FLC
- Capitalizing on Psychiatric Genetics: Pathways for Translating Genetic Findings into the Clinic
- Structural basis for recruitment of a nuclear co-repressor complex by MeCP2
- Writing Genomes
- Comparative approaches to investigate the role of type-I interferon responses in viral pathogenesis
- Predicting how genetic variants impact biological mechanism
- Repair after acute lung injury:Regulation of inflammation resolution in hypoxia
- Combining plasma proteomics and genomics to inform disease aetiology and therapeutic development
- Decoding cellular signals during developmental transitions: lessons from stem cells
- Genome-wide analysis of protein-DNA interactions
- Mental health and circadian rhythms in the UK Biobank cohort
- Transposable elements, their polydactyl controllers and the species-specificity of human biology
- In Cancer as in real estate, location matters: The role of Extrachromosomal Oncogene Amplification in cancer
- Cell type specific translation profiling in mouse models of autism
- Chromosome and Chromatin dynamics at DNA Double Strand breaks
- Coping with a stressful start in life
- Organising the nucleus during tissue differentiation: silencing repeats and turning on genes
- How chromatin is reorganised during zygotic reprogramming to totipotency
- Tales of tails: Molecular insights into the mRNA poly(A) tail machinery
- Tuberculosis pharmacogenomics revealed by a zebrafish forward genetic screen
- Engineering novel protein, cellular, and rat models of Parkinson’s by manipulation of α-Synuclein
- The Opportunity in "Crisis" - How the focus on reproducibility can lead us to better science
- Super-resolution imaging of transcription in live mammalian cells
- Activation of innate immune sensors by viruses and self
- Structure and mechanism of INO80 family chromatin remodellers
- Mechanisms of ciliary signaling: How cellular antennae work and what to do when they don’t
- DNA replication, singled out
- Mosaic mobile DNA and mammals
- Reprogramming the Genetic Code
- Breaking the epigenetic code using chemical biology and proteomic approaches
- ALSPAC - a platform for genetic epidemiology, collaborative translational health data science, and more
- Protecting the genome from retroelement attack
- Beyond cell migration: novel roles of ROCK-Myosin II in cancer
- Drosophila as a model to study local and extrinsic regulation of stem cell function in the intestine
- ChAHP: an autism-related chromatin regulatory complex
- Cellular responses to DNA damage: mechanistic insights and medical applications.
- Untangling spatial genome organization: detailed insights from single-cell DamID
- Cytoplasmic polyadenylation as a key regulator of physiological processes
- Single cell epigenome landscape of development and ageing
- Nanopore sequencing from large genomes to small regions
- The Rise and Fall of the Dinosaurs
- TBA - Alice Meunier
- Protein-RNA complexes in development and disease: insights from iCLIP
- Transposons as a source of regulatory elements in development and disease
- Mechanisms regulating tumor transition states
- Surprising Insights into ‘Insulin Resistance’ from Human Monogenic Disorders
- mRNA translation in tissue homeostasis and tumor development
- TBA - Ana Pombo
- TBA - Andrea Ablasser
- TBA - Gaia Pigino
- TBA - Adam Antebi
- TBA - Stefan Mundlos
- TBA - Stephen Tait
- TBA - Rebecca Fitzgerald
- TBA - Paola Scaffidi
- TBA - John Sedivy
- Regeneration takes some nerve: Manipulating the peripheral nerves of the niche to improve epithelial regeneration
- Towards the mechanisms of chromatin transcription
- The Genetic Heterogeneity and Functional Dependencies of Melanoma
- TBA Xin Lu
- Precision Oncology – Hope or Hype?
- TBA 11.5.2020
Talks created by Eilidh Guild:
- Localizing the genomes of Yiddish speakers to primeval villages using the Geographic Population Structure (GPS) tool
- Dr Jekyll and Mr Hyde: the exosome complex in RNA processing and decay
- Using Biology, Chemistry and Physics to study Alzheimer’s Disease
- Chromatin dynamics in the mouse oocytes
- Sunlight and health. A new mechanism for ultraviolet radiation’s cardiovascular benefits’
- Assembly of functional axonal domains
- Moving towards a transcription factor-centric view of ‘epigenetics’
- TBA 12/11
- Targeting the X in male flies for chromosome-wide transcription regulation
- Functional Cancer Genomics: Translating Novel Targets into New Therapies
- TBA - 10/12
- Non-coding solutions to developmental challenges
- The control of T cell metabolism and differentiation
- Lost in translation; dysregulated protein synthesis in neuropsychiatric disorders
- Sensing and Restricting: Innate immune control of HIV
- Investigating skeletal disorders through genome analysis and editing
- TBA - 10/3
- Networks of alternative splicing regulation in cancer
- Effects of aneuploidy on cell physiology and its role in tumorigenesis
- How a Volvox Embryo Turns Itself Inside Out
- The Living Time Machine
- Histones, bacteria, sickle cells and reindeer (in that order)
- Chromosome Replication: A View From the Lagging Strand
- The targeted maintenance of epigenetic states - a genetic approach
- TBA - 28/4
- Studying Cancers at Single Nucleotide Resolution:- past, present & future
- How to build and maintain the largest functional domain in the human nucleus
- TBA 17/12
- Genomic medicine: progress and pitfalls in translating research to routine care
- Transcriptional regulation through nuclear lipids
- Control of the actin cytoskeleton by Rho-family GTPases in migration and in cancer
- Using chromatin profiling to identify crucial regulators of tumour maintenance
- TBA 6/10
- How chromatin structure regulates alternative splicing
- How is DNA woven into chromosomes?
- Genes to clinic in autoimmune diabetes
- Powering senescence: the ugly side of mitochondria
- TBA 17/11
- Putting function into Drosophila genomics
- Roles and regulation of the eukaryotic replisome
- TRACERx – Chromosomal Order and Chaos
- mRNA cap regulation and cellular decisions
- Molecular Tinkering: the Edinburgh scientists who changed the face of modern biology
- How difficult-to-replicate loci drive chromosome instability and human disease
- Diversification in Alzheimer's disease; beyond amyloid and tau for therapy and biomarkers
- O-GlcNAc signalling in development and disease
- Regulation and function of noncoding RNAs in mammalian physiology and cancer
- How replication impediments impair epigenetic memory
- Using human genetics and genomics to unravel causal mechanisms for diabetes
- The resolution of phenotypic, genetic and cellular heterogeneity in Hirschprung Disease
- TBA 27/4
- Charting the genetic architecture of the response to DNA damage
- Inter-generational epigenetic memory and forgetting
- Neurodegeneration: from molecules to medicines
- Regenerating the human kidney based upon an understanding of development
- The importance of studying African genomes - recent experiences
- Epigenetic memory over geological timescales
- DNA breakage and human genetic disease
- A forward genetic suppressor screen in Mecp2 mice reveals that lipid metabolism is a therapeutic target in Rett syndrome
- Variation and evolution in transcription factor-DNA interactions
- Mechanisms of membrane protein biogenesis
- Histone mutations in paediatric Glioblastoma
- Epigenetic switching and antisense transcription: lessons from FLC
- Capitalizing on Psychiatric Genetics: Pathways for Translating Genetic Findings into the Clinic
- Structural basis for recruitment of a nuclear co-repressor complex by MeCP2
- Writing Genomes
- Comparative approaches to investigate the role of type-I interferon responses in viral pathogenesis
- Predicting how genetic variants impact biological mechanism
- Repair after acute lung injury:Regulation of inflammation resolution in hypoxia
- Combining plasma proteomics and genomics to inform disease aetiology and therapeutic development
- Decoding cellular signals during developmental transitions: lessons from stem cells
- Genome-wide analysis of protein-DNA interactions
- Mental health and circadian rhythms in the UK Biobank cohort
- Transposable elements, their polydactyl controllers and the species-specificity of human biology
- In Cancer as in real estate, location matters: The role of Extrachromosomal Oncogene Amplification in cancer
- Cell type specific translation profiling in mouse models of autism
- Chromosome and Chromatin dynamics at DNA Double Strand breaks
- Coping with a stressful start in life
- Organising the nucleus during tissue differentiation: silencing repeats and turning on genes
- How chromatin is reorganised during zygotic reprogramming to totipotency
- Tales of tails: Molecular insights into the mRNA poly(A) tail machinery
- Tuberculosis pharmacogenomics revealed by a zebrafish forward genetic screen
- Engineering novel protein, cellular, and rat models of Parkinson’s by manipulation of α-Synuclein
- The Opportunity in "Crisis" - How the focus on reproducibility can lead us to better science
- Super-resolution imaging of transcription in live mammalian cells
- Activation of innate immune sensors by viruses and self
- Structure and mechanism of INO80 family chromatin remodellers
- Mechanisms of ciliary signaling: How cellular antennae work and what to do when they don’t
- DNA replication, singled out
- Mosaic mobile DNA and mammals
- Reprogramming the Genetic Code
- Breaking the epigenetic code using chemical biology and proteomic approaches
- ALSPAC - a platform for genetic epidemiology, collaborative translational health data science, and more
- Protecting the genome from retroelement attack
- Beyond cell migration: novel roles of ROCK-Myosin II in cancer
- Drosophila as a model to study local and extrinsic regulation of stem cell function in the intestine
- ChAHP: an autism-related chromatin regulatory complex
- Cellular responses to DNA damage: mechanistic insights and medical applications.
- Untangling spatial genome organization: detailed insights from single-cell DamID
- Cytoplasmic polyadenylation as a key regulator of physiological processes
- Single cell epigenome landscape of development and ageing
- Nanopore sequencing from large genomes to small regions
- The Rise and Fall of the Dinosaurs
- TBA - Alice Meunier
- Protein-RNA complexes in development and disease: insights from iCLIP
- Transposons as a source of regulatory elements in development and disease
- Mechanisms regulating tumor transition states
- Surprising Insights into ‘Insulin Resistance’ from Human Monogenic Disorders
- mRNA translation in tissue homeostasis and tumor development
- TBA - Ana Pombo
- TBA - Andrea Ablasser
- TBA - Gaia Pigino
- TBA - Adam Antebi
- TBA - Stefan Mundlos
- TBA - Stephen Tait
- TBA - Rebecca Fitzgerald
- TBA - Paola Scaffidi
- TBA - John Sedivy
- Regeneration takes some nerve: Manipulating the peripheral nerves of the niche to improve epithelial regeneration
- Towards the mechanisms of chromatin transcription
- The Genetic Heterogeneity and Functional Dependencies of Melanoma
- TBA Xin Lu
- Precision Oncology – Hope or Hype?
- TBA 11.5.2020