Live
- Several killed and injured after junta airstrikes in Myanmar
- Did Shruti Haasan and Shantanu Call it Quits?
- Catch GV Prakash Kumar’s ‘Dear’ on OTT from April 28th
- Encounter In Sopore: Two Lashkar Terrorists Killed, Two Army Jawans Injured
- INDIA bloc aims to divide the country on religious grounds: UP CM Yogi Adityanath
- Fire Breaks Out at Alwyn Pharmacy Company in Shadnagar
- PM Modi Slams SP-Congress Alliance, Alleges Politics Of Appeasement
- BJP Utilizes Manmohan Singh's Remark To Counter Congress's Manifesto Claims
- Former MP Manda Jagannatham out of the election ring.. EC who rejected the nomination
- Collaboration with multiple agencies helping us rein in illicit trade: Mizoram DGP
New insights into human nervous system's evolution
Biologists at Heidelberg University announced Tuesday that nerve cell centralisation does begin in multicellular animals. While searching for the origin of the human brain, Heidelberg researchers gained new insights into the evolution of the central nervous system (CNS) and its highly developed biological structures.
Berlin: Biologists at Heidelberg University announced Tuesday that nerve cell centralisation does begin in multicellular animals. While searching for the origin of the human brain, Heidelberg researchers gained new insights into the evolution of the central nervous system (CNS) and its highly developed biological structures.
Using certain genes and signal factors, the team led by Thomas Holstein of the Centre for Organismal Studies demonstrated how the origin of nerve cell centralisation can be traced back to the diffuse nerve net of simple and original lower animals like the sea anemone.
"This can be considered as the birth of centralisation of the neuronal network on the path to the complex brains of vertebrates," Xinhua quoted Holstein as saying. The research results also indicate that the origin of a central nervous system is closely linked to the evolution of the body axis, said Holstein.
