Indumathi Mariappan (@indumathi76) 's Twitter Profile
Indumathi Mariappan

@indumathi76

Researcher

ID: 1523365282789482497

calendar_today08-05-2022 18:13:34

13 Tweet

21 Followers

68 Following

Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

.Collaborative work by the LV Prasad Eye Institute, India and NEI showed that gene ABCA4 is involved in Photoreceptor outer segment (POS) and lipid handling in retinal epithelial (RPE) cells. Dr Jitendra Singh Rajesh Gokhale doi.org/10.1016/j.stem…

Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

.Scientists at LVPEI reported generation of miniature retinal tissues using engineered stem cells which hold promise for developing new therapies, testing novel drugs and to understand disease physiology. Dr Jitendra Singh Rajesh Gokhale jove.com/t/64509/genera…

Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

Investigators from LVPEI report generation of patient specific induced pluripotent stem cell line (LVPEIi002-A) from a patient diagnosed with retinoblastoma carrying heterozygous mutation in RB1 gene #stemcell Dr Jitendra Singh Rajesh Gokhale

Investigators from <a href="/lvprasadeye/">LVPEI</a> report generation of patient specific induced pluripotent stem cell line (LVPEIi002-A) from a patient diagnosed with retinoblastoma carrying heterozygous mutation in RB1 gene #stemcell 
<a href="/DrJitendraSingh/">Dr Jitendra Singh</a> <a href="/rajesh_gokhale/">Rajesh Gokhale</a>
Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

Patient specific iPSC lines carrying a homozygous splice site mutation within the LCA12 candidate gene, RD3 protein opens up potential avenues for development of in vitro disease models for Leber congenital amaurosis. Dr Jitendra Singh Rajesh Gokhale LVPEI

Patient specific iPSC lines carrying a homozygous splice site mutation within the LCA12 candidate gene, RD3 protein opens up potential avenues for development of in vitro disease models for Leber congenital amaurosis.
<a href="/DrJitendraSingh/">Dr Jitendra Singh</a> <a href="/rajesh_gokhale/">Rajesh Gokhale</a> <a href="/lvprasadeye/">LVPEI</a>
Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

Retinoblastoma, a malignant tumour of the developing eye occurs in children. To study its pathophysiology, three RB1 null iPSC lines were generated through targeted editing of RB1 gene in a healthy control iPSC line, RUCDRi002-A. Dr Jitendra Singh Rajesh Gokhale LVPEI

Retinoblastoma, a malignant tumour of the developing eye occurs in children. To study its pathophysiology, three RB1 null iPSC lines were generated through targeted editing of RB1 gene in a healthy control iPSC line, RUCDRi002-A.

<a href="/DrJitendraSingh/">Dr Jitendra Singh</a> <a href="/rajesh_gokhale/">Rajesh Gokhale</a> <a href="/lvprasadeye/">LVPEI</a>
Debojyoti Chakraborty (@debojyoti_c) 's Twitter Profile Photo

Wrapping up a week of exciting global developments in gene editing space, here's a small contribution from CSIR-IGIB where Sundaram Acharya spearheaded an impactful study on engineering Francisella novicida Cas9 for therapeutic gene correction (1/n) nature.com/articles/s4146…

Department of Biotechnology (@dbtindia) 's Twitter Profile Photo

Engineered FnCas9 in patient-specific stem cells broadens the potential for precision editing, promising innovative treatments for genetic conditions. Read more at: doi.org/10.1038/s41467… Dr Jitendra Singh Rajesh Gokhale

Engineered FnCas9 in patient-specific stem cells broadens the potential for precision editing, promising innovative treatments for genetic conditions. Read more at: doi.org/10.1038/s41467…
<a href="/DrJitendraSingh/">Dr Jitendra Singh</a> <a href="/rajesh_gokhale/">Rajesh Gokhale</a>