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- May 21, 2018.
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Author Information
- Candice B Herber1 (candice.herber{at}ucsf.edu),
- William C Krause1 (william.krause{at}ucsf.edu),
- Liping Wang2 (liping.wang{at}ucsf.edu),
- James R Bayrer3 (james.bayrer{at}ucsf.edu),
- Alfred Li4,
- Matthew T Schmitz1 (matthew.schmitz{at}ucsf.edu),
- Aaron Fields1 (aaron.fields{at}ucsf.edu),
- Breanna Ford5 (breannadrew{at}berkeley.edu),
- Michelle S Reid6 (michelle.reid{at}berkeley.edu),
- Daniel K Nomura5 (dnomura{at}berkeley.edu),
- Robert A Nissenson7 (robert.nissenson{at}ucsf.edu),
- Stephanie M Correa6 (stephaniecorrea{at}ucla.edu) and
- Holly A Ingraham1,8 (holly.ingraham{at}ucsf.edu)
- 1 University of California, San Francisco;
- 2 VA Medical Center University of California San Francisco;
- 3 Univerity of California, San Francisco;
- 4 VA Medical Center, Univesity of California, San Francisco;
- 5 University of California, Berkeley;
- 6 University of California, Los Angeles;
- 7 VA Medical Center University of California, San Francisco
- ↵* Corresponding author; email: holly.ingraham{at}ucsf.edu
Posted May 21, 2018.
Estrogen Signaling in Arcuate Kiss1 Neurons Suppresses a Sex-Dependent Circuit That Promotes Dense Strong Bones in Female Mice
