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{{student table row|UabBG26|[[Epigenetics of autoimmune disorders]]|}} |
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{{student table row|UabBG26|[[Epigenetics of autoimmune disorders]]|}} |
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{{student table row|Jbynum36|[[Xenoestrogen]]|}} |
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{{student table row|Jbynum36|[[Xenoestrogen]]|}} |
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{{student table row|Epb02|[[Royal jelly]], [[Environmental Epigenetics - Nutrition]]|}} |
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{{student table row|Epb02|[[Environmental Epigenetics - Nutrition]]|}} |
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{{student table row|WildlifeMama|[[Gene-environment interplay]]|[[Fender's blue butterfly]]}} |
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{{student table row|WildlifeMama|[[Gene-environment interplay]]|[[Fender's blue butterfly]]}} |
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{{student table row|Madisonyuying|[[Epigenetics of anxiety and stress–related disorders]]|}} |
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{{student table row|Madisonyuying|[[Epigenetics of anxiety and stress–related disorders]]|}} |
This Course
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Wikipedia Resources
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Connect
Questions? Ask us:
contactwikiedu.org
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| This course page is an automatically-updated version of the main course page at dashboard.wikiedu.org. Please do not edit this page directly; any changes will be overwritten the next time the main course page gets updated. |
- Course name
- Comparative Developmental Biology
- Institution
- University of Alabama at Birmingham
- Instructor
- Peggy Biga
- Wikipedia Expert
- Ian (Wiki Ed)
- Subject
- Developmental Biology
- Course dates
- 2024-01-08 00:00:00 UTC – 2024-04-19 23:59:59 UTC
- Approximate number of student editors
- 71
The goal of this course is to introduce you all to mechanisms regulating how organisms develop from a single cell, and how this process continues throughout life. Students will learn how to critically think about developmental biology and science in general. Students will gain an understanding of the complexities of how life begins and results in a multi-cellular organism (in some cases), gain an understanding of the evolution of complexity in the animal kingdom, understand how the environment shapes development and evolution, and understand controversial topics in developmental biology from a scientific perspective.
This assignment will focus on filling gaps on Wikipedia in relation to ecological and evolutionary biology. From adding context pages on key developmental biologists (from diverse backgrounds), to new content pages on key ecological developmental biology concepts (developmental plasticity, environmental epigenetics, developmental symbioses, teratogenesis, endocrine disruptors, developmental origin of disease, etc.). This assignment will build on weekly journal reflection entries required for the course and will add key competencies in writing and critical thinking.
Student
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Assigned
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Reviewing
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21muabf
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James V. Neel
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Najjar123
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Expressive Language Disorder
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Teratology, Epigenetics of anxiety and stress–related disorders
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Smallah
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James V. Neel
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Amseger
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Homeostatic plasticity
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Epigenetics of autoimmune disorders
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Kannbrown2
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Epigenetics of neurodegenerative diseases, Darryl B. Hood
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Epigenetics of anxiety and stress–related disorders
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FCollins95
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Sex reversal
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Ecological evolutionary developmental biology
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AmanPokal
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Xenoestrogen
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Autoimmune skin diseases in dogs
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Gjimenez21
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Sex reversal
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Fender's blue butterfly
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HunterH uab
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Darryl B. Hood
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Epigenetics of autoimmune disorders, James V. Neel
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Habaker930
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Xenoestrogen
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Teratology
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Doni Devi Thingujam
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Sex reversal
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Teratology
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Catsakia
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Epigenetic therapy
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Teratology
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Pisawagner
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Teratology
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Bsmith02
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Nutritional epigenetics
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Epigenetics of autoimmune disorders
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Ellackimbrough
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Environmental Epigenetics - Exposure
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Alisha123Ali
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Homeostatic plasticity
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Expressive language disorder, Epigenetic therapy
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Chairomai
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Autoimmune skin diseases in dogs
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Restoration ecology, Fender's blue butterfly
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Elnhef
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Environmental Epigenetics - Exposure
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Restoration ecology
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Epitt11
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Teratology
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Environmental Epigenetics - Exposure
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Addiekni
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Ecological evolutionary developmental biology
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Fender's blue butterfly, Autoimmune skin diseases in dogs
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AlandriaC
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Environmental Epigenetics - Exposure
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Emwallac
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Nutritional epigenetics
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Sex reversal
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DisneyWish2023
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Environmental Epigenetics - Exposure
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Teratology
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Reirei1216
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Teratology
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Nicnikk
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Autoimmune skin diseases in dogs
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Teratology
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Josiehar
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Epigenetics of autoimmune disorders
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Impark2001
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Epigenetics of autoimmune disorders
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Hebice
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Homeostatic plasticity
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Vjj18
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Environmental Epigenetics - Nutrition
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Environmental Epigenetics - Exposure
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Dburke11
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Epigenetic therapy
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Gene-environment interplay
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Nasyed9
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Epigenetics of anxiety and stress–related disorders
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James V. Neel
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DawsonK1
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Gene-environment interplay
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Fender's blue butterfly
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Boydak13
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Environmental Epigenetics - Nutrition
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Developmental plasticity
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James Walts
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Xenoestrogen
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Kcammon
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Autoimmune skin diseases in dogs
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Ddav4
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Fender's blue butterfly
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JermicaJ
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Expressive language disorder
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Romarcum
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Fender's blue butterfly
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Restoration ecology
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KatilynDaniel
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Darryl B. Hood
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Autoimmune skin diseases in dogs, Epigenetic therapy
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Akwilder2024
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Xenohormone
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Astranle
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Epigenetics of autoimmune disorders
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Nutritional epigenetics
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Roshawndrathomas
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Fender's blue butterfly
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Kacelyn
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Xenohormone
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Rjenglan
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Ecological evolutionary developmental biology
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Hunterambrose
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Ecological evolutionary developmental biology
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Gene-environment interplay
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Mpankey
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Expressive language disorder
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James V. Neel, Royal jelly
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Kswoolen
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Epigenetics of anxiety and stress–related disorders
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James V. Neel
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A1243617202
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Expressive language disorder
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Fender's blue butterfly
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Keijondra
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Sex reversal
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Teratology
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McKinlieGray
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James V. Neel
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Expressive language disorder
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BayleyPlumb
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Gene-environment interplay
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Epigenetic therapy, Fender's blue butterfly
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Annaac34
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Epigenetic therapy
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Analyticace
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Epigenetics of anxiety and stress–related disorders
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James V. Neel
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Akponce
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Environmental Epigenetics - Nutrition
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Ekr120
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Nutritional epigenetics
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Xenohormone
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Katie Cowart
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Gene-environment interplay
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Fender's blue butterfly
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Mpfont15
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Nutritional epigenetics
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Autoimmune skin diseases in dogs
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Skgray5
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Ecological evolutionary developmental biology
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Rimanol
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Xenohormone
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Ecological evolutionary developmental biology
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Cabratt31
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Xenohormone
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Expressive language disorder
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Madelineholland99
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Developmental plasticity, Autoimmune skin diseases in dogs
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Greer365
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James V. Neel
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|
Mahodgen
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Autoimmune skin diseases in dogs
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Sex reversal
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Mirandafast
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Darryl B. Hood
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|
PidgeonTrainer
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Teratology
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Nutritional epigenetics
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Wteh
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Epigenetic therapy
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Developmental plasticity, Sex reversal
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UabBG26
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Epigenetics of autoimmune disorders
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Jbynum36
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Xenoestrogen
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Epb02
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Environmental Epigenetics - Nutrition
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|
WildlifeMama
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Gene-environment interplay
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Fender's blue butterfly
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Madisonyuying
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Epigenetics of anxiety and stress–related disorders
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Pinkdiamond2023$
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Developmental plasticity, Homeostatic plasticity
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