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on phenylene ethynylene cavitands. On the day of her doctoral defense, Heemstra received a phone call from her proposed postdoctoral advisor who was concerned that she would become pregnant during her research position, which would result in her taking time out of the laboratory. Heemstra lost the
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Alongside her scientific research, Heemstra leads a research program in chemistry education and how students' perceive failure. She has spoken about the need for scientists to embrace failure to succeed in their research. Heemstra is a science communicator who writes a regular column
145:. Her research makes use of the ability of nucleic acids to self-assemble and recognise other molecules. Alongside her research, Heemstra is a science communicator and writes a regular column for
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643:"FAIL Is Not a Four-Letter Word: A Theoretical Framework for Exploring Undergraduate Students' Approaches to Academic Challenge and Responses to Failure in STEM Learning Environments"
228:. This can be used to detect specific pharmaceutical molecules. Heemstra has shown that these DNA sensors can be used to detect the enantiopurity of the small molecule targets
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postdoctoral position as a result, and instead spent two years working on medicinal chemistry in industry before starting a different postdoctoral position at
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aptamers can be used in biosensing. In particular, split aptamers can self-assemble when particular small molecules are present, resulting in chemical
239:, through the use of fluorescence labelling, as well as ways to manipulate these modifications for genetic engineering. She has worked on
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Heemstra is married with two sons. Outside her work she takes part in rock climbing, cycling and swimming. She has said that
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She has been described as one of the "most influential scientists on social media". In 2018 she was selected as a
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Folding-Promoted
Reactivity and Tunable Structure of Pyridine-Containing M-Phenylene Ethynylene Helical Cavitands
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catalysis. Her research considers the detection and sequestration of small molecules. She has demonstrated that
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Henry, Meredith A.; Shorter, Shayla; Charkoudian, Louise; Heemstra, Jennifer M.; Corwin, Lisa A. (2019-03-01).
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in 2017. She is interested in the use of biomolecular platforms for self-assembly, molecular recognition and
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Cary, Jennifer M. (2002). "Hydrogen Bond-Stabilized Helix
Formation of am-Phenylene Ethynylene Oligomer".
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Heemstra decided that she wanted to be a scientist whilst she was at high school and she took part in the
243:(TNAs) which can be used to confer genetic information and in the detection of small molecule toxins.
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Heemstra, Jennifer M. (2012). "Enzyme-linked small-molecule detection using split aptamer ligation".
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190:. Here she developed new approaches to template nucleic acids, working under the supervision of
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522:"Professor Jennifer Heemstra - Department of Chemistry - The University of Utah"
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in 2010 and was appointed
Associate Professor with tenure in 2016. She moved to
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Jen
Heemstra: Why Success is More Likely When You're Willing to Fail (Lecture)
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861:"AUB - Events - Mentoring and researc talks by Prof. Jen Heemstra"
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Heemstra, Jennifer M. (2006). "The chain-length dependence test".
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and graduated in 2000. She was an undergraduate researcher with
470:"Why success becomes more likely when you are willing to fail"
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739:"Podcast: Real talk with social media sensation Jen Heemstra"
260:. She has discussed her scientific career on their podcast,
763:"How I learned to let go of career barriers and burdens"
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Community, Nature
Research Bioengineering (2019-03-06).
691:"Meet C&EN's new advice columnist, Jen Heemstra"
444:Community, Nature Research Chemistry (2017-04-07).
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235:Heemstra is working on new approaches to monitor
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498:"Balance: Are you always this enthusiastic?"
789:"Self-Care Is Not the Enemy of Performance"
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141:(née Cary) is a Professor of Chemistry at
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841:thingsthatchangethewayithink.blogspot.com
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546:"Heemstra Lab I Small Molecule Detection"
573:"Heemstra Lab I Unnatural Nucleic Acids"
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416:"Face to Face – Jennifer M. Heemstra"
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161:. Heemstra studied chemistry at the
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177:. She was a doctoral student at
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56:University of California, Irvine
915:"Jen Heemstra – The Lab Report"
743:Chemical & Engineering News
719:Chemical & Engineering News
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258:Chemical & Engineering News
147:Chemical & Engineering News
884:Clifton, Louise (2019-05-24).
787:Heemstra, Jennifer M. (2019).
276:, as well as on her own blog,
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865:American University of Beirut
299:Accounts of Chemical Research
647:CBE: Life Sciences Education
393:is her favourite scientist.
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139:Jennifer Margaret Heemstra
446:"Reactions: Jen Heemstra"
173:and became interested in
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975:Emory University faculty
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175:supramolecular chemistry
153:Early life and education
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659:10.1187/cbe.18-06-0108
181:where she worked with
42:Jennifer Margaret Cary
288:Selected publications
241:threose nucleic acids
942:Jennifer M. Heemstra
357:Analytical Chemistry
264:She has written for
202:Heemstra joined the
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198:Research and career
886:"Academic Culture"
204:University of Utah
188:Harvard University
73:University of Utah
799:(17): 2203–2206.
391:Rosalind Franklin
369:10.1021/ac300997q
363:(14): 6104–6109.
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311:10.1021/ar0501267
262:Stereo Chemistry.
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167:James Nowick
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128:.heemstralab
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69:Institutions
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23:Jen Heemstra
793:ChemBioChem
653:(1): ar11.
237:RNA editing
171:beta sheets
954:Categories
925:2019-12-21
900:2019-12-21
870:2019-12-21
846:2019-12-21
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397:References
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268:Careers,
192:David Liu
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377:22715870
348:12489955
319:16411735
284:Fellow.
222:ligation
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282:Scialog
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272:and
256:for
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