Genes induced in regenerating tissue of <i>E</i>. <i>fetida</i>.
- Aksheev Bhambri (5797613)
- Neeraj Dhaunta (5797616)
- Surendra Singh Patel (5797619)
- Mitali Hardikar (5797622)
- Abhishek Bhatt (5797625)
- Nagesh Srikakulam (5797628)
- Shruti Shridhar (5797631)
- Shamsudheen Vellarikkal (4858948)
- Rajesh Pandey (4378585)
- Rijith Jayarajan (2183703)
- Ankit Verma (2183700)
- Vikram Kumar (2564392)
- Pradeep Gautam (5586800)
- Yukti Khanna (5797634)
- Jameel Ahmed Khan (5797637)
- Bastian Fromm (3453845)
- Kevin J. Peterson (276002)
- Vinod Scaria (19350)
- Sridhar Sivasubbu (67797)
- Beena Pillai (19351)
Publication date
September 2018
DOI Publisher
Public Library of Science (PLoS)Abstract
(A) Brachyury is the most highly induced gene in the regenerating tissue. The two E. fetida homologs of Branchiostoma floridae (lancelet) Brachyury gene are shown in black and red. * Adjusted pVal<0.05; **Adjusted pVal<0.005. (B) Cluster of 951 genes that match the profile of Brachyury in k-means clustering (C) Expression pattern of developmental genes that are highly induced in the regenerating tissue. Grey box shows Brachyury and Even-skipped. (D) SOX4 is induced in regenerating tissue at 15dpa and 30dpa. Control (probed with sense probe; left panels 1 and 2) and anti-sense probe (right panels) before (-) and after (+) addition of chromogenic agent (NBT/BCIP).</p
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