9:44 into the video I linked - he says the legs were 2.5 mm long, unless the video was translated incorrectly
In general, axons can be arbitrarily long. From the linked wikipedia page: "Sensory neurons can have axons that run from the toes to the posterior column of the spinal cord, over 1.5 meters in adults"
9:44 into the video I linked. After he grew the hydras in a graphene rich environment, he says the legs were 2,5 mm long, (a European way to say 2.5mm) unless the video was translated incorrectly
Axons can be super long. 2.5mm is not a long. From the linked wikipedia page: "Sensory neurons can have axons that run from the toes to the posterior column of the spinal cord, over 1.5 meters in adults"
9:44 into the video I linked. After he grew the hydras in a graphene rich environment, he says the legs were 2,5 mm long, (a European way to say 2.5mm) unless the video was translated incorrectly
Axons can be super long. From the linked wikipedia page: "Sensory neurons can have axons that run from the toes to the posterior column of the spinal cord, over 1.5 meters in adults"
9:44 into the video I linked. After he grew the hydras in a graphene rich environment, he says the legs were 2,5 mm long, (a European way to say 2.5mm) unless the video was translated incorrectly
Axons can be super long. From the linked wikipedia page: Sensory neurons can have axons that run from the toes to the posterior column of the spinal cord, over 1.5 meters in adults
9:44 into the video I linked. After he grew the hydras in a graphene rich environment, he says the legs were 2,5 mm long, (a European way to say 2.5mm) unless the video was translated incorrectly
Axons can be super long. From the linked wikipedia page: Sensory neurons can have axons that run from the toes to the posterior column of the spinal cord, over 1.5 meters in adults
9:44 into the video I linked. After he grew the hydras in a graphene rich environment, he says the legs were 2,5 mm long, (a European way to say 2.5mm) unless the video was translated incorrectly