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Innovation through Interactions

Innovation through Interactions
通过互动创新
批准号:
10681773
负责人:
Emily Elizabeth Mevers
金额:
$3.0万
依托单位国家:
美国
项目类别:
财政年份:
2023
资助国家:
美国
项目状态:
已结题
起止时间:
2023-04-14 至 2024-03-31
关键词:
2019-nCoVAccelerationAddressAgreementAgricultureAmericanAntineoplastic AgentsAreaArtificial IntelligenceBacterial Drug ResistanceBeautyBiologicalBiotechnologyCaliberCollaborationsCommunicable DiseasesCommunitiesComplementary MedicineCreativenessCrystallographyDedicationsDevelopmentDictionaryDiseaseDistrict of ColumbiaEducationEducational workshopEmerging Communicable DiseasesEventFacultyFeesFosteringFoundationsFundingFutureGenerationsGoalsHealthHistorically Black Colleges and UniversitiesHumanInstitutionIntramural Research ProgramKnowledgeLearningMachine LearningMalignant NeoplasmsMedicineMethodsMicrobiologyMinorityMissionNational Center for Advancing Translational SciencesNational Center for Complementary and Integrative HealthNational Institute of Allergy and Infectious DiseaseNatural HistoryNatural ProductsNatural SourceNaturePharmaceutical PreparationsPharmacognosyPharmacologic SubstancePharmacopoeiasPlantsPlayPopulation HeterogeneityPostdoctoral FellowPropertyRecording of previous eventsResearchResearch InstituteResearch PersonnelRoleScienceScientistSocietiesStandardizationStudentsTechniquesTherapeutic AgentsTrainingTravelUnderrepresented PopulationsUnderrepresented StudentsUnited States National Institutes of HealthUniversitiesWomanWorkcareercareer developmentcostdisorder controldrug developmentdrug discoveryeligible participantemerging pathogenglobal healthgraduate studenthuman diseaseimmunoregulationimprovedinnovationinstrumentinterdisciplinary collaborationinterestmeetingsmembermennatural product derivativenervous system disordernext generationoutreachpathogenprogramsprototyperecruitrepositoryresearch and developmentscreeningsmall moleculesocialstudent mentoringsupport networksymbiontsymposiumsynergismsynthetic biologyundergraduate student

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中文摘要
翻译
项目摘要/摘要 天然产品通过提供治疗作用,为改善人类健康提供了关键的起始材料 药物化学家世代使用的试剂和结构模板。因此,这一领域肯定会继续存在 如果它继续迎接当前人类健康的挑战,那么它将是当代的。美国医学会 生药学(ASP)以及本次会议的重点是从自然中发现分子并推动 它们在改善人类健康方面的应用。2023年在马里兰州贝塞斯达举行的会议的主题是“创新 通过相互作用“,并将突出各种丰富的相互作用--科学合作者之间、协同作用 在天然产品中,共生体和病原体之间的相互作用已经并将导致 影响人类健康的重大发现。 这项提议的目的是为2023年ASP会议确定不同的发言者和内容,包括 妇女的平等代表性,以及代表性不足的群体和不同机构的代表性。我们的 目标是降低注册率,以鼓励本科生和研究生以及 来自我们地区少数民族的教员服务于PUI和HBCU。对该项目的支持将进一步促进外联工作。 增加与会者多样性的活动。本次会议的第二个主要目标是评估 发现和开发治疗癌症的天然产品原型的泛组学方法 新出现的传染病,并利用免疫调节进行疾病控制。需要更好地控制 新出现的传染病不需要解释;然而,天然产品作为关键起点的作用 材料和新原型将作为2023年ASP会议的一部分进行讨论。最终的关键目标是 促进跨学科协作,解决下一代挑战。ASP会议将提供 促进协作和网络的场所和互动,这将刺激跨学科的创造性 讨论并推动解决方案的新想法。我们充分预期天然产品将满足人们的需求 通过提供新的原型和生物特性,很好地延续到未来。这次会议将 用推动该领域向前发展的尖端方法展示这些新兴需求的许多方面 以加速的速度。我们已经并将继续挑选实地领导人担任会议主席。 以及与NCCIH使命相一致的演讲者,包括大量具有 在评估和标准化用作补充药物的材料方面的分析技术方面的专业知识。 该项目寻求资金支持将于7月22日至26日在马里兰州贝塞斯达举行的ASP会议。ASP.NET 是美国最大的专注于天然产品的协会。来自美国国立卫生研究院的支持将有助于抵消 注册费和协助来自美国和美国领土的学生和新教师的差旅 重点关注美国大西洋中部地区的HBCU。因此,这次会议将有助于培训下一代 科学家们通过招募和支持来自PUIS的与会者,将重点放在美国大西洋中部。
英文摘要
PROJECT SUMMARY/ABSTRACT Natural products have provided the key starting materials to improve human health by providing therapeutic agents and structural templates for medicinal chemists for generations. Thus, the field is certain to remain contemporary if it continues to embrace the current challenges of human health. The American Society of Pharmacognosy (ASP) as well as this conference focuses on discovering molecules from nature and advancing their application to improve human health. The theme for the 2023 meeting in Bethesda, MD is “Innovation through Interactions” and will highlight the various rich interactions – between scientific collaborators, synergism among natural products, interactions between symbionts and pathogens – that has led to and will lead to important discoveries that impact human health. The aim for this proposal is to identify diverse speakers and content for the 2023 ASP conference, including equal representation of women, and representation from underrepresented groups and diverse institutions. Our goal is to reduce registration rates to encourage attendance by undergraduate and graduate students as well as faculty from our regional minority serving PUIs and HBCUs. Support for this project will further facilitate outreach activities to increase the diversity of the attendees. A second key aim for this meeting is an assessment of panomics approaches to the discovery and development of natural product prototypes for the treatment of emerging infectious diseases and using immunomodulation for disease control. The need for better controls for emerging infectious diseases needs no explanation; however, the role of natural products as critical starting materials and new prototypes will be addressed as part of the 2023 ASP conference. The final key aim is to stimulate interdisciplinary collaborations to solve next generation challenges. The ASP meeting will provide the venue and interactions to catalyze collaborations and networking, which will spur creative interdisciplinary discussions and drive new ideas for solutions. We fully anticipate that natural products will serve the needs of human health by providing new prototypes and biological properties well into the future. This conference will showcase many aspects of these emerging needs with cutting-edge approaches that are moving the field forward at an accelerated pace. We have and will continue to select leaders in the field to serve as conference chairs and speakers that align well with the mission of the NCCIH, including a significant number of speakers with expertise in analytical techniques for evaluating and standardizing materials used as complementary medicines. This project seeks funding to support the ASP meeting that will be held July 22-26th in Bethesda, MD. The ASP is the largest society in the USA that focuses on natural products. Support from the NIH will help offset registration fees and assist with travel for students and new faculty from the US and US Territories with a strong focus on regional HBCUs of the mid-Atlantic, US. Thus, this meeting will assist to train the next generation of scientists through the recruitment and support attendees from the PUIs with a focus on the mid-Atlantic, US.
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Unlocking the biomedical potential of microbial symbionts from complex ecosystems
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