希瑟·席勒

Lecturer of 生物logy

生物

Dr. 希瑟·席勒 is a Lecturer of 生物logy with a background in microbiology. Her PhD dissertation focused on elucidating cell-shape determinants in the haloarchaeon Haloferax volcanii. Her additional projects involved the characterization of H. volcanii biofilm formation 和 the development of accessible microbiology experiments for high school 和 undergraduate classrooms. She also obtained a College & University Teaching Certificate 和 科学 Communication Certificate as well as mentored undergraduate research students in the lab during her time in grad school.

教育

PhD, 生物logy, University of Pennsylvania, 2023
BS, 生物logy 和 Neuroscience, 历史 (minor), Br和eis University, 2018
 

Research Interests / Area of Focus

Microbiology, Archaea, Microscopy, 生物films, Genetics

Selected Publications

席勒,H.，洪，Y.考西，J.雷达，T.郭，J.A .迪鲁西多.， Safer, D。.马奇菲尔德，A.菲佛，F., Bisson-Filho, A.舒尔茨，S., 和 Pohlschroder, M. 2024. Identification of structural 和 regulatory cell-shape determinants in Haloferax volcanii. Nature Communications, 15(1414).

Schulze,年代.*, 席勒,H.*所罗门，J.特尔汉，奥.科斯塔，K., 和 Pohlschroder, M. 2022. Advanced underst和ing of prokaryotic biofilm formation using a cost-effective 和 versatile multi-panel adhesion (mPAD) mount. Applied 和 Environmental Microbiology, 88(4): e02283-21.

席勒,H.， Young, C.舒尔茨，S.特里皮，M., 和 Pohlschroder, M. 2022. A twist to the Kirby-Bauer disk diffusion susceptibility test: an accessible laboratory experiment comparing Haloferax volcanii 和 大肠杆菌 antibiotic susceptibility to highlight the unique cell biology of archaea. Journal of Microbiology & 生物logy 教育, 23(1): e00234-21.

席勒,H.， Young, C.舒尔茨，S., 和 Pohlschroder, M. Accessible 和 insightful scientific learning experiences using the microorganism Haloferax volcanii. 531-545. Methods in Molecular 生物logy: Archaea. Humana New York, NY. 2022. 2522(1).

Mutan Z.*, 席勒,H.*舒尔茨，S.*, 和 Pohlschroder, M. Immersed liquid biofilm 和 honeycomb pattern formations in Haloferax volcanii. 387-396. Methods in Molecular 生物logy: Archaea. Humana New York, NY. 2022. 2522(1).

Schulze,年代.*, 席勒,H.*穆坦，Z.*, 和 Pohlschroder, M. Cost-effective 和 versatile analysis of archaeal surface adhesion under shaking 和 st和ing conditions. 397-406. Methods in Molecular 生物logy: Archaea. Humana New York, NY. 2022. 2522(1).

柯林斯,M.阿弗拉扬，南卡罗来纳州.伊格兰内萨，A.B., 席勒,H.，克斯潘，E.，北京.P.Dyall-Smith, M.菲佛，F., 和 Pohlschroder, M. 2021. Mutations affecting HVO_1357 or HVO_2248 cause hypermotility in Haloferax volcanii, suggesting roles in motility regulation. 基因, 12(1): 58.

席勒,H.*舒尔茨，S.*， Mutan Z.德沃克斯，C.朗西，C.施瓦茨，J.雷达，T.Bisson Filho, A.W., 和 Pohlschroder, M. 2020. Haloferax volcanii immersed liquid biofilms develop independently of known biofilm machineries 和 exhibit rapid honeycomb pattern formation. mSphere, 5(6): e00976-20.

Selected Presentations

Identification 和 characterization of archaeal cell-shape determinants. 2023年3月. UPenn 生物logy Department Grad Student Extravaganza, Keynote Speaker.

Identification 和 characterization of archaeal cell-shape determinants. 2022年12月. UPenn Prokaryotic Seminar Series.

Identification 和 characterization of archaeal cell-shape determinants. 2022年5月. Archaea Power Hour Virtual Conference.

Using disk-defective Haloferax volcanii transposon mutants to underst和 the mechanism 和 regulation of archaeal cell shape transition. 2021年6月. World Microbe 为um.

Identification 和 characterization of cell-shape determinants in Haloferax volcanii. 2021年4月. UPenn Prokaryotic Seminar Series.
 

奖项及荣誉

NIH T32 Training Grant in Microbial Pathogenesis 和 Genomics, 2022-2023

University of Pennsylvania Graduate Division of the School of Arts 和 科学s Dissertation Research Awards, 2021 & 2022

Phi Beta Kappa, 2017

Contact 信息rmation

学校的学术

School of 科学

办公室

唐纳利252

电子邮件

希瑟.schiller@Marist.edu

电话

(845) 575 3000 ext. 2107