KSRN (107.7 FM) is a radio station licensed to Kings Beach, California, United States. The station serves the Reno area. The station is currently owned by Lazer Media. [2] . KSRN airs a …

2024年12月23日 · Kiwifruit spatiotemporal regulatory networks (KSRN) were constructed by integrating the 1,243 identified metabolites and co-expressed genes into 10 different clusters and 11 modules based on their biological functions.

2024年12月18日 · 利用KSRN，我们成功确认了之前已经报道的决定果心花青素特异积累的关键基因MYB110和MYB10，表明该数据库的可靠性。 随后，我们利用KSRN发掘了三个影响猕猴桃果实风味、营养和软化的转录因子及其调控网络。 利用KSRN，发现一个ERF转录因子在不同的组织中差异表达。 根据系统发育树分析命名其为AcERF1。...

2024年12月3日 · Kiwifruit spatiotemporal regulatory networks (KSRN) were constructed by integrating the 1,243 identified metabolites and co-expressed genes into 10 different clusters and 11 modules based on their biological functions.

Radio Lazer 107.7 FM - KSRN, ¡Aquí Puro Radio Lazer!, FM 107.7, Kings Beach, CA. Live stream plus station schedule and song playlist. Listen to your favorite radio stations at Streema.

Your premiere training partner for AHA, BLS, ACLS, PALS, and basic EKG Instruction. KSRN works with medical centers, surgery centers, hospitals, care teams, and individuals to provide training, continuing education, and recertifications. “Kerri’s certification courses are amazing! The class sizes are perfect for learning.

Kiwifruit spatiotemporal regulatory networks (KSRN) were constructed by integrating the 1,243 identified metabolites and co-expressed genes into 10 different clusters and 11 modules based on their biological functions.

KSRN (107.7 FM) is a radio station licensed to Kings Beach, California, USA. KSRN airs a regional Mexican music format branded as "Radio Lazer" Time in Kings Beach: 21:17, 02.15.2025. Listen online to Radio Lazer 107.7 FM for free – great choice for Kings Beach, United States. Listen live Radio Lazer 107.7 FM with Onlineradiobox.com.

华中农业大学程运江教授团队在《Plant Physiology》发表的研究论文，通过构建猕猴桃时空代谢调控网络（KSRN），系统分析了猕猴桃不同果实组织的发育特性，确定了影响果实成熟与衰老的关键节点。

2024年12月19日 · 利用KSRN，我们成功确认了之前已经报道的决定果心花青素特异积累的关键基因MYB110和MYB10，表明该数据库的可靠性。 随后，我们利用KSRN发掘了三个影响猕猴桃果实风味、营养和软化的转录因子及其调控网络。 利用KSRN，发现一个ERF转录因子在不同的组织中差异表达。 根据系统发育树分析命名其为AcERF1。 在内外果肉组织（OP&IP）中，AcERF1的表达量随着发育下降，随成熟上调；果皮和果心组织（Sn&Ce）中，AcERF1在慢速增 …