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Mary Grace N. Tamio

在 June 02 2021 at 09:56 PM 已編輯

ALS development could be triggered by loss of network connections in the spinal cord

#ALSdevelopment #spinalcord

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https://cn1699.com/news/als-development-could-be-triggered-loss-network-connections-spinal-cord

ALS development could be triggered by loss of network connections in the spinal cord | CN1699
Researchers from the University of Copenhagen have gained new insights about ALS, by investigating the early development of the disease in a mouse...
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Mary Grace N. Tamio

在 April 30 2021 at 06:33 PM 已編輯

New, rapid CRISPR/Cas9 method identifies key genes in zebrafish spinal cord regeneration

#CRISPR #Cas9 #zebrafish #spinalcord

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https://cn1699.com/news/new-rapid-crisprcas9-method-identifies-key-genes-zebrafish-spinal-cord-regeneration

New, rapid CRISPR/Cas9 method identifies key genes in zebrafish spinal cord regeneration | CN1699
A re-connected spinal cord in a 5-day-old zebrafish larva. Nerve cells (white band) in the spinal cord reconnect over the injury site (lighter...
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Mary Grace N. Tamio

在 April 12 2021 at 08:54 PM 已編輯

Improving the interpretation of spinal cord magnetic resonance images

#spinalcordMRI #MRI #spinalcord

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https://cn1699.com/news/improving-interpretation-spinal-cord-magnetic-resonance-images

Improving the interpretation of spinal cord magnetic resonance images | CN1699
A group of researchers with the Joint Research Unit of Biomedical Image of the Foundation for the Promotion of Health and Biomedical Research of...
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Mary Grace N. Tamio shared news

在 April 09 2021 at 06:38 PM 已編輯

Regulation of size and scale in vertebrate spinal cord development

#verterbratespinalcord #spinalcord #journals

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