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東京理科大学 薬学部 分子薬理学
Home
Research
Osteoporosis therapeutic drugs
Juvenile nephronophthisis disease modeling
Gprc5a
Ctdnep1 in the osteoclats
Cpeb4 in splicing
GSDMD (Gorham-Stout disease)
DiGeorge syndrome
Cpeb4
NPHP1(juvenile nephronophthisis)
Ctdnep1 in the ovary
Ctdnep1
Pfn1
Cnot3
Adrb2
Equipment
Publications
Presentations
Team 2025
Journal Club
Supporters
Recruitment
Tomoya Shimizu
Degree Thesis
Contact
Facility
東京理科大学 薬学部 分子薬理学
Home
Research
Osteoporosis therapeutic drugs
Juvenile nephronophthisis disease modeling
Gprc5a
Ctdnep1 in the osteoclats
Cpeb4 in splicing
GSDMD (Gorham-Stout disease)
DiGeorge syndrome
Cpeb4
NPHP1(juvenile nephronophthisis)
Ctdnep1 in the ovary
Ctdnep1
Pfn1
Cnot3
Adrb2
Equipment
Publications
Presentations
Team 2025
Journal Club
Supporters
Recruitment
Tomoya Shimizu
Degree Thesis
Contact
Facility
More
Home
Research
Osteoporosis therapeutic drugs
Juvenile nephronophthisis disease modeling
Gprc5a
Ctdnep1 in the osteoclats
Cpeb4 in splicing
GSDMD (Gorham-Stout disease)
DiGeorge syndrome
Cpeb4
NPHP1(juvenile nephronophthisis)
Ctdnep1 in the ovary
Ctdnep1
Pfn1
Cnot3
Adrb2
Equipment
Publications
Presentations
Team 2025
Journal Club
Supporters
Recruitment
Tomoya Shimizu
Degree Thesis
Contact
Facility
Gprc5aは新規の副甲状腺ホルモン誘導性の遺伝子であり、骨芽細胞の増殖と分化を負に制御する
Gprc5a is a novel parathyroid hormone-inducible gene and negatively regulates osteoblast proliferation and differentiation
Sampei et al.,
J Cell Physiol. 2024
.
本研究は、
三瓶千怜
(
博士後期課程1年
)が中心に行ったものです。
プ
レスリリースは
こちら
。
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