A front-end for HBCSE web conferencing server. You can create your own rooms to host sessions, or join others using a short and convenient link.
Please click on the HBCSE Webinar above to join the CUBE ChatShaala Timing:5.30 pm to 9.30 pm
As we do it daily, CUBE chatShaala will be starting at 5.30 pm and as a continuation of it, from 8.30 pm, there will be NAIL REGENERATION WORKSHOP today in CUBE chatShaala.
Left side drawing shows the photo of the finger Nail with the Mark was taken on 10th December 2020 and also after 27 Days that’s on 06th Jan 2021.
It has been shown that Marked has moved and the Gap was measured 5mm
What’s does that tells us?. Does Nail have grown or have regenerated?..
What would happen when the Whole Nail get off or uprooted from the finger?..
Does that Nail Regenerate?..
Are there any stem cells/Nail stem cells?..
YES THERE ARE NAIL STEM CELLS IN THE NAIL BED.
This we could say by reffering an amazing Reference (References link will be posted) shared by Kaninika which enabled us to understand that yes Nail bed has Nails
stem cells and Stem cell has the ability to either self renew or specialized or Differentiated.
But what are the Stem cells?. Can any divided cell be called as Stem cell?..
Stem cells are the dividing cell and they are the undifferentiated cells…
Further the discussion went on what’s the difference among Wound Healing, Regeneration and Cancer
Amazing input given by Batul is that Cancer can be connected to Wound healing as if there’s wound healing then cell will stop dividing…(Reference link will be shared)…
How the Nail Growth study is connected to this Amazing Nail Regeneration study?..
2. BMP signaling in skeletal system. BMPs play a crucial role in bone and cartilage formation, providing the namesake for this family of proteins, BMP protein role - Google Search
3. Wnt activation in nail epithelium couples nail growth to digit regeneration
4. Nail Growth Evaluation and Factors Affecting Nail Growth
5.Why Do Our Fingernails Keep Growing Until the Day We Die? | Live Science As keratin cells form at the root, they’re slowly pushed forward by newly-formed cells jostling for space behind them. Edged out from beneath the skin and into the open, the older cells flatten and harden to form the tough shield of the nail plate. “Continuous division of matrix cells pushes the nail plate forward over the nail bed at a rate of about 3 millimeters [0.1 inches] per month for fingernails, and 1 millimeter [0.04 inches] per month for toenails,” said Amanda Meyer, a lecturer in human anatomy at the University of Western Australia