INSTALL
@siddhi_m
Siddhi
@siddhi_m
17,457
फॉलोअर्स
0
फॉलोइंग
18,395
पोस्ट
siddhi_m
Follow
Siddhi
578 ने देखा
•
12 घंटे पहले
#📢महाराष्ट्र अर्थसंकल्पीय अधिवेशन 2026
9
15
कमेंट
Siddhi
2.3K ने देखा
•
13 घंटे पहले
#🙏माजी रेल्वे मंंत्र्याचे निधन🌺
13
9
कमेंट
Siddhi
645 ने देखा
•
13 घंटे पहले
#🙏माजी रेल्वे मंंत्र्याचे निधन🌺
14
5
कमेंट
Siddhi
536 ने देखा
•
14 घंटे पहले
#🤲रमजान इतिहास आणि स्पेशल स्टोरी✍️
00:13
9
8
कमेंट
Siddhi
766 ने देखा
•
1 दिन पहले
#🌈होळी स्पेशल🥳
00:57
7
10
कमेंट
Siddhi
1.3K ने देखा
•
1 दिन पहले
#🙆♂️शरद पवार पुन्हा एकदा रुग्णालयात दाखल
13
8
कमेंट
Siddhi
29.1K ने देखा
•
2 दिन पहले
#🙆♂️शिवछत्रपतींच्या पुतळ्याचा वाद विकोपाला!😡
01:22
167
228
2
Siddhi
515 ने देखा
•
2 दिन पहले
#🏏प्रसिद्ध क्रिकेटपटूचा संसार मोडला😱
14
10
कमेंट
Siddhi
2.7K ने देखा
•
3 दिन पहले
#🥵सावधान! उन्हाचा पारा वाढला☀️
29
25
कमेंट
Siddhi
661 ने देखा
•
3 दिन पहले
#😱प्रसिद्ध दिग्दर्शकाचा घरात सापडला मृतदेह🔴
4
8
कमेंट
Your browser does not support JavaScript!
![😱प्रसिद्ध दिग्दर्शकाचा घरात सापडला मृतदेह🔴 - Traumatic brain injury (TBI) induces a series of neuropathological changes in the brain including neurogenesis an important cellular response involved in brain repair and regeneration TBI enhanced neurogenesis in the dentate gyrus (DG) of the hippocampus is of particular importance due its contribution to learning and memory functions. In the neurogenic process, proliferation and differentiation of neural stem cells (NSCs) follow a well characterized sequence controlled by many factors including Notchl which plays essential roles in regulating NSC fate determination under physiological conditions in both developing and adult brains Following TBI, the dynamic changes of NSCs and the involvement of Notch1 on their development at fully different stages post-injury are not characterized In the current study we examined the impact of TBI and Notchl O] . Traumatic brain injury (TBI) induces a series of neuropathological changes in the brain including neurogenesis an important cellular response involved in brain repair and regeneration TBI enhanced neurogenesis in the dentate gyrus (DG) of the hippocampus is of particular importance due its contribution to learning and memory functions. In the neurogenic process, proliferation and differentiation of neural stem cells (NSCs) follow a well characterized sequence controlled by many factors including Notchl which plays essential roles in regulating NSC fate determination under physiological conditions in both developing and adult brains Following TBI, the dynamic changes of NSCs and the involvement of Notch1 on their development at fully different stages post-injury are not characterized In the current study we examined the impact of TBI and Notchl O] . - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_301183_32517e20_1771567290792_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=792_sc.jpg "😱प्रसिद्ध दिग्दर्शकाचा घरात सापडला मृतदेह🔴 - Traumatic brain injury (TBI) induces a series of neuropathological changes in the brain including neurogenesis an important cellular response involved in brain repair and regeneration TBI enhanced neurogenesis in the dentate gyrus (DG) of the hippocampus is of particular importance due its contribution to learning and memory functions. In the neurogenic process, proliferation and differentiation of neural stem cells (NSCs) follow a well characterized sequence controlled by many factors including Notchl which plays essential roles in regulating NSC fate determination under physiological conditions in both developing and adult brains Following TBI, the dynamic changes of NSCs and the involvement of Notch1 on their development at fully different stages post-injury are not characterized In the current study we examined the impact of TBI and Notchl O] . Traumatic brain injury (TBI) induces a series of neuropathological changes in the brain including neurogenesis an important cellular response involved in brain repair and regeneration TBI enhanced neurogenesis in the dentate gyrus (DG) of the hippocampus is of particular importance due its contribution to learning and memory functions. In the neurogenic process, proliferation and differentiation of neural stem cells (NSCs) follow a well characterized sequence controlled by many factors including Notchl which plays essential roles in regulating NSC fate determination under physiological conditions in both developing and adult brains Following TBI, the dynamic changes of NSCs and the involvement of Notch1 on their development at fully different stages post-injury are not characterized In the current study we examined the impact of TBI and Notchl O] . - ShareChat")