Ann Kiessling: Difference between revisions
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'''Ann Kiessling''' is an American [[ | == Ann Kiessling == | ||
[[File:Ann_A._Kiessling.jpg|thumb|right|Ann Kiessling]] | |||
'''Ann Kiessling''' is an American [[scientist]] known for her pioneering work in the field of [[reproductive biology]] and [[stem cell research]]. She has made significant contributions to the understanding of [[reverse transcriptase]] in normal human cells and has been a leading figure in the development of [[human parthenogenetic stem cells]]. | |||
== Early Life and Education == | == Early Life and Education == | ||
Kiessling was born in Oregon | Ann Kiessling was born in [[Salem, Oregon]]. She pursued her undergraduate studies at [[Central Washington University]], where she developed an interest in [[biochemistry]]. She later earned her [[Ph.D.]] in [[biochemistry]] from [[Oregon State University]]. | ||
== Career == | == Career == | ||
Kiessling's career began with a focus on [[virology]] and [[cancer research]]. She worked at the [[University of California, San Francisco]] and later at the [[Harvard Medical School]], where she became an associate professor. Her research has been instrumental in understanding the role of reverse transcriptase in normal human cells, a discovery that challenged the prevailing belief that this enzyme was only present in [[retroviruses]]. | |||
Kiessling | === Stem Cell Research === | ||
In the field of [[stem cell research]], Kiessling is best known for her work on [[parthenogenesis]], a process that allows the development of an [[embryo]] from an [[unfertilized egg]]. This research has significant implications for [[therapeutic cloning]] and [[regenerative medicine]]. | |||
== | == Contributions to Science == | ||
Kiessling's | Kiessling's work has expanded the understanding of [[human reproduction]] and [[genetic engineering]]. Her research on reverse transcriptase has opened new avenues in the study of [[genetic mutations]] and [[viral infections]]. | ||
== Personal Life == | == Personal Life == | ||
Kiessling is | Ann Kiessling is known for her dedication to science and education. She has been an advocate for [[women in science]] and has mentored many young scientists throughout her career. | ||
== | == Related Pages == | ||
* [[Stem cell | * [[Stem cell]] | ||
* [[Parthenogenesis]] | |||
* [[Reverse transcriptase]] | |||
* [[Reproductive biology]] | * [[Reproductive biology]] | ||
[[Category:American | [[Category:American scientists]] | ||
[[Category:Stem cell researchers]] | [[Category:Stem cell researchers]] | ||
[[Category: | [[Category:Women biologists]] | ||
Latest revision as of 12:03, 15 February 2025
Ann Kiessling[edit]
Ann Kiessling is an American scientist known for her pioneering work in the field of reproductive biology and stem cell research. She has made significant contributions to the understanding of reverse transcriptase in normal human cells and has been a leading figure in the development of human parthenogenetic stem cells.
Early Life and Education[edit]
Ann Kiessling was born in Salem, Oregon. She pursued her undergraduate studies at Central Washington University, where she developed an interest in biochemistry. She later earned her Ph.D. in biochemistry from Oregon State University.
Career[edit]
Kiessling's career began with a focus on virology and cancer research. She worked at the University of California, San Francisco and later at the Harvard Medical School, where she became an associate professor. Her research has been instrumental in understanding the role of reverse transcriptase in normal human cells, a discovery that challenged the prevailing belief that this enzyme was only present in retroviruses.
Stem Cell Research[edit]
In the field of stem cell research, Kiessling is best known for her work on parthenogenesis, a process that allows the development of an embryo from an unfertilized egg. This research has significant implications for therapeutic cloning and regenerative medicine.
Contributions to Science[edit]
Kiessling's work has expanded the understanding of human reproduction and genetic engineering. Her research on reverse transcriptase has opened new avenues in the study of genetic mutations and viral infections.
Personal Life[edit]
Ann Kiessling is known for her dedication to science and education. She has been an advocate for women in science and has mentored many young scientists throughout her career.
