2023 Epigenetics Gordon Research Conference and Gordon Research Seminar

2023年表观遗传学戈登研究大会暨戈登研究研讨会

基本信息

批准号：
10755875
负责人：
Mary Gehring
金额：
$ 0.5万
依托单位：
GORDON RESEARCH CONFERENCES
依托单位国家：
美国
项目类别：
财政年份：
2023
资助国家：
美国
起止时间：
2023-08-01 至 2024-07-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/10755875
关键词：
Address Aging Angiosperms Area Cell physiology Chromosome Structures Collaborations Communities Congenital Abnormality DNA Modification Process DNA Sequence Development Disease Environment Epigenetic Process Faculty Fission Yeast Fostering Gene Silencing Generations Genome Goals Growth and Development function Heritability Heterochromatin Histones Hour Human Imaging technology Inherited International Invertebrates Maintenance Malignant Neoplasms Mammals Mediating Memory Mentors Mentorship Methodology Modification Molecular Nature Nuclear Structure Pattern Phenotype Plants Postdoctoral Fellow Predisposition Prize Process Proteins RNA Research Research Personnel Role Science Scientist Senior Scientist Small RNA Structure Students Time Underrepresented Populations Untranslated RNA Variant Vertebrates Woman Work Yeasts career career development cell growth design epigenome fly fungus graduate student innovation meetings member pandemic disease peer posters programs reproductive development symposium transgenerational epigenetic inheritance

Address Aging Angiosperms Area Cell physiology Chromosome Structures Collaborations Communities Congenital Abnormality DNA Modification Process DNA Sequence Development Disease Environment Epigenetic Process Faculty Fission Yeast Fostering Gene Silencing Generations Genome Goals Growth and Development function Heritability Heterochromatin Histones Hour Human Imaging technology Inherited International Invertebrates Maintenance Malignant Neoplasms Mammals Mediating Memory Mentors Mentorship Methodology Modification Molecular Nature Nuclear Structure Pattern Phenotype Plants Postdoctoral Fellow Predisposition Prize Process Proteins RNA Research Research Personnel Role Science Scientist Senior Scientist Small RNA Structure Students Time Underrepresented Populations Untranslated RNA Variant Vertebrates Woman Work Yeasts career career development cell growth design epigenome fly fungus graduate student innovation meetings member pandemic disease peer posters programs reproductive development symposium transgenerational epigenetic inheritance

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项目摘要

Project Summary Heritable changes in phenotype not caused by changes to the DNA sequence are referred to as epigenetic. Epigenetics governs multiple aspects of normal cellular function and growth and development. Epigenetic effects are mediated by DNA modifications, non-coding RNAs, histone variants and modifications, higher order chromosomal structures, infectious proteins, and possibly other molecules. The objectives of the 2023 Epigenetics Gordon Research Conference (GRC) are to present a scientific program that reflects the breadth and depth of epigenetics research and to promote diverse and inclusive science and the careers of young investigators. The preliminary program includes speakers studying aspects of epigenetics in mammals (including humans), worms, flies, yeast, and flowering plants. Invited speakers range from early career investigators to senior leaders in the fields. Other important aspects of the GRC program include ample time for discussion and networking, poster preview talks for young investigators, poster prizes, and the GRC Power Hour, which addresses challenges faced by younger scientists and by scientists from underrepresented groups. The 2023 Epigenetics Gordon Research Seminar precedes the GRC and offers an opportunity for students and postdoctoral scholars to present their work and develop peer relationships. The GRS will also include mentoring sessions with senior scientists. Overall, the GRC and GRS programs will promote cross- disciplinary, innovative, and inclusive science that will advance the field of epigenetics. The GRC and GRS was cancelled in 2021 and thus the 2023 meetings are critical for maintaining vibrancy of the field.

项目摘要不是由DNA序列变化引起的表型的可遗传变化称为表观遗传学。表观遗传学控制着正常细胞功能以及生长和发育的多个方面。表观遗传学效果是由DNA修饰，非编码RNA，组蛋白变体和更高阶的介导的染色体结构，感染性蛋白质以及可能的其他分子。 2023的目标表观遗传学戈登研究会议（GRC）将介绍一个科学计划，反映了广度和表观遗传学研究的深度，并促进多元化和包容性科学和年轻人的职业调查人员。初步计划包括研究哺乳动物表观遗传学方面的演讲者（包括人类），蠕虫，苍蝇，酵母和开花植物。邀请演讲者范围从早期职业生涯调查人员对领域的高级领导人。 GRC计划的其他重要方面包括足够的时间为了进行讨论和网络，海报预览会为年轻调查员，海报奖和GRC Power提供谈判小时，解决了年轻科学家和代表性不足的科学家面临的挑战组。 2023年的表观遗传学戈登研究研讨会先于GRC，并为学生和博士后学者介绍他们的工作并发展同伴关系。 GRS也会包括与高级科学家的指导会议。总体而言，GRC和GRS计划将促进交叉 - 纪律，创新和包容性的科学将推进表观遗传学领域。 GRC和GRS 在2021年被取消，因此2023年的会议对于维持现场的活力至关重要。