# Scientists identify gene partnerships that promote spinal cord regeneration

**URL:** <https://archive.menshealtharchive.com/t/scientists-identify-gene-partnerships-that-promote-spinal-cord-regeneration/1957>\
**Category:** Research Database\
**Created:** [March 13, 2019, 4:34pm UTC](https://archive.menshealtharchive.com/t/scientists-identify-gene-partnerships-that-promote-spinal-cord-regeneration/1957 "2019-03-13T16:34:28Z")\
**Posts on this page:** 1\
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**Author:** ![Science\_Daily](https://yyz1.discourse-cdn.com/flex035/user_avatar/archive.menshealtharchive.com/science_daily/32/325_2.png) [@Science\_Daily](https://archive.menshealtharchive.com/u/Science_Daily)\
**Post date:** [March 13, 2019, 4:34pm UTC](https://archive.menshealtharchive.com/t/scientists-identify-gene-partnerships-that-promote-spinal-cord-regeneration/1957/1 "2019-03-13T16:34:28Z")

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> **[Scientists identify gene partnerships that promote spinal cord regeneration](https://www.sciencedaily.com/releases/2019/03/190306081657.htm)**
>
> Scientists have identified gene 'partners' in the axolotl salamander that, when activated, allow the neural tube and associated nerve fibers to functionally regenerate after severe spinal cord damage. Interestingly, these genes are also present in...

  
Scientists have identified gene ‘partners’ in the axolotl salamander that, when activated, allow the neural tube and associated nerve fibers to functionally regenerate after severe spinal cord damage. Interestingly, these genes are also present in humans, though they are activated in a different manner.