Did three more rolls of color tonight. Thanks again to @skinnylatte for recommending that Bellini C-41 Kit!
Notices by CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Friday, 17-Jan-2025 03:06:22 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? -
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Wednesday, 01-Jan-2025 15:33:05 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? Scientists mapped every neuron of an adult animal’s brain for the first time ever:
It includes all ~50 million connections between nearly 140,000 neurons.
The map was created of the brain of an adult animal: the fruit fly Drosophila melanogaster. This remarkable achievement documents nearly 140,000 neurons and 50 million connections, creating an intricate map of the fly’s brain.
Published in Nature, the research marks a significant step forward in understanding how brains process information, drive behavior, and store memories.
The adult fruit fly brain presents an ideal model for studying neural systems. While its brain is far smaller and less complex than that of humans, it exhibits many similarities, including neuron-to-neuron connections and neurotransmitter usage.
For example, both fly and human brains use dopamine for reward learning and share architectural motifs in circuits for vision and navigation. This makes the fruit fly a powerful tool for exploring the universal principles of brain function. Using advanced telomere-to-telomere (T2T) sequencing, researchers identified over 8,000 cell types in the fly brain, highlighting the diversity of neural architecture even in a relatively small system.
The implications of this work are vast. By comparing the fly brain's connectivity to other species, researchers hope to uncover the shared "rules" that govern neural wiring across the animal kingdom. This map also serves as a baseline for future experiments, allowing scientists to study how experiences, such as learning or social interaction, alter neural circuits. While human brains are exponentially larger and more complex, this research provides a crucial foundation for understanding the fundamental organization of all brains. As lead researcher Philipp Schlegel explains, “Any brain that we can truly understand helps us to understand all brain
Image: Rendering by Philipp Schlegel (University of Cambridge/MRC LMB)
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Monday, 30-Dec-2024 22:10:18 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? -
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Saturday, 21-Dec-2024 07:51:36 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? @skinnylatte I did it!! First roll of C-41 developed and scanned at home!!
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Wednesday, 11-Dec-2024 06:04:42 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? The C-41 chemicals didn't make it here safely. I think one of the bottles leaked inside the inner box. Sad panda.
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Sunday, 01-Sep-2024 02:18:49 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? -
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CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️? (cryptojones@infosec.exchange)'s status on Monday, 02-Jan-2023 00:29:39 JST CryptoJones ⠉⠗⠽⠏⠞⠕⠚⠕⠝⠑⠎?️?