43rd Northeast Bioengineering Conference

该奖项支持第43届东北生物工程会议，这是一个区域会议，为生物医学工程领域的本科生和研究生研究人员提供了一个向广大观众展示他们的研究的机会。 该会议具有特殊的影响，因为它允许没有资金的学生参加国家科学会议，向同学，地区教师和行业代表介绍他们的工作。 会议将于2017年3月31日至4月2日在新泽西理工学院举行。 会议的主题是“21世纪生物医学新前沿”。“该奖项主要支持降低所有与会者的学生注册费，使会议更加负担得起。 参加这样的会议的能力鼓励学生攻读研究生和追求学术生涯。会议预计将吸引来自美国东北部地区的400至500名与会者，其中60 - 75%预计是学生。 超过60%的平台演示将由学员进行，此外还有150张海报演示。 除了科学演讲，生物医学工程的职业发展课程将包括专门支持学员的专业发展。 重点说明和全体会议发言人将用于突出学术界和工业界的前沿研究领域。 演讲的主题将包括：再生医学干细胞工程;生物材料;神经工程康复;生物MEMS和生物医学设备，生物医学成像，组织工程3D生物打印;纳米医学;和生物力学。

This award supports the 43rd Northeast Bioengineering Conference, a regional conference that provides an opportunity to undergraduate and graduate student researchers in the field of biomedical engineering to present their research to a broad audience. The conference has particular impact because it allows students who do not have the funding to attend a national scientific meeting to present their work to fellow students, regional faculty, and representatives from industry. The conference will be held on March 31 - April 2, 2017, at the New Jersey Institute of Technology. The theme of the conference is "New Biomedical Frontiers for the 21st Century." The award primarily supports a reduction in student registration fees for all attendees, allowing the conference to be even more affordable. The ability to participate in conferences such as this encourages students to pursue graduate school and pursue an academic career.The conference expects to attract 400 to 500 attendees from around the Northeast region of the United States, with 60 - 75% expected to be students. Over 60% of the platform presentations will be given by trainees, in addition to 150 poster presentations. In addition to scientific presentations, sessions on career development in biomedical engineering will be included to specifically support professional development of the trainees. Key Note and Plenary speakers will be used to highlight cutting edge areas of research in both academia and industry. Themes of the presentations will include: Regenerative Medicine & Stem Cell Engineering; Biomaterials; Neural Engineering & Rehabilitation; Bio-MEMS and Biomedical Devices, Biomedical Imaging, Tissue Engineering & 3D Bioprinting; Nanomedicines; and Biomechanics.