Gene regulatory networks controlling vertebrate retinal regeneration

For the remaining split tarballs 2,3,5-9, please see below for each:

https://westus.dl.azure.dnanex.us/F/D/XPFkPpYk76kVy7qqvGVx6VjF4KfzGYG4GpvZj3x0/NorteDame_data2.tar.gz

https://westus.dl.azure.dnanex.us/F/D/jP1YK0vF96JVG7Bf2F8B9BZ50QY45zQ4pV02XPg6/NorteDame_data3.tar.gz

https://westus.dl.azure.dnanex.us/F/D/JXg3Y4BgjFz9q87Kpvf5J7V2J6B6qzKZYfFJk3vK/NorteDame_data5.tar.gz

https://westus.dl.azure.dnanex.us/F/D/7Vy4fbqy20BXYF4Gj8zk3kp2321q0xBqbgqf9V0g/NorteDame_data6.tar.gz

https://westus.dl.azure.dnanex.us/F/D/KZ0YXp405XZgv023G6pBzgPjYx8K9Q743XK81PG6/NorteDame_data7.tar.gz

https://westus.dl.azure.dnanex.us/F/D/xK9VBPYxPF1VbpzFfpPy8zyg76Bgb2xYKfFpqg5p/NorteDame_data8.tar.gz

https://westus.dl.azure.dnanex.us/F/D/ZYp9v7712Zvp9jZp7k746G6VPqkJ09PvPg3ZZJ69/NorteDame_data9.tar.gz

See the following visualizations to explore the findings:

  *Mouse Retinal Development Single Cell RNAseq analysis

  * Retinal Regeneration Single Cell of Mouse retina following NMDA treatment

  * Retinal Regeneration Single Cell of Mouse Trajectory of Muller glia in response to NMDA treatment

  * Retinal Regeneration Single Cell of Mouse Retina following light damage

  * Retinal Regeneration Single Cell of Mouse Trajectory of Muller glia in response to light damage

  * Mouse and Zebrafish retinal development RNAseq with FPKM

  * Retinal Regeneration Single cell of Chick Retina following NMDA/growth factor (GF, insulin+FGF) treatment

  * Retinal Regeneration Single Cell of Zebrafish Retina development

  * Retinal Regeneration Single Cell of Chick Trajectory of Muller glia in response to NMDA/GF treatment

  * Retinal Regeneration Single Cell of Zebrafish Retina following light damage

  * Retinal Regeneration Single Cell of Zebrafish Retina following NMDA treatment

  * Retinal Regeneration Single Cell of Zebrafish Retina following TNFɑ and the gamma secretase inhibitor RO4929097 (T+R) treatment

  * Retinal Regeneration Single Cell of Zebrafish Trajectory of Muller glia in response to NMDA, light damage and T+R treatments