正在加载视频...

视频加载失败

返回首页

น่ากลัวมากใครที่เครียดเรื้อรังกระตุ้นให้เซลล์ประสาทที่hippocampusฆ่าตัวตาย เซลล์ฝ่อลงและในช่วงที่เครียดมากมักจำอะไรได้ยากนึกอะไรก็ไม่ออก การเรียนรู้ลดลง ดังนั้นสุขภาพจิตสำคัญมาก อย่าลืมดูแลสุขภาพจิตเพราะช่วยให้สมองเราได้กลับมาทำงานตามปกติได้อีกครั้ง

chaleenajaja's profile picture

ชลน แมวส้มแท้ๆ 🐱

51,900 subscribers

1,072,567 次观看 • 1 年前 •via X (Twitter)

健康养生教育
LIVE

Anya Rossi• Live Now

Private livecam show

0 条评论

暂无评论

原始帖子的评论将显示在这里

相关视频

ฆ่าตัวตาย ❌ ฆาตกรรม ✅ 55555555555555 จะรอดแล้วแท้ๆ
0:10

ฆ่าตัวตาย ❌ ฆาตกรรม ✅ 55555555555555 จะรอดแล้วแท้ๆ

แบดแด๊ดดี้

404,748 次观看 • 4 个月前

ฆ่าตัวตาย ไม่ใช่ทางออก มีทางเลือกอื่นมีอีกเยอะ เป็นกำลังใจให้ทุกคน ปัญหามีทางออกเสมอ ทุกอย่างเกิดขึ้น เดวก็ดับไป ต้องใจนิ่งไว้ก่อน อย่าปล่อยตามอารมณ์ ไม่งั้นจะเป็นแบบนี้
0:19

ฆ่าตัวตาย ไม่ใช่ทางออก มีทางเลือกอื่นมีอีกเยอะ เป็นกำลังใจให้ทุกคน ปัญหามีทางออกเสมอ ทุกอย่างเกิดขึ้น เดวก็ดับไป ต้องใจนิ่งไว้ก่อน อย่าปล่อยตามอารมณ์ ไม่งั้นจะเป็นแบบนี้

R here

413,424 次观看 • 2 年前

they record a hippocampus on a beach
0:19

they record a hippocampus on a beach

Crazy Moments

24,159 次观看 • 4 个月前

Evidence of artefactual calcium microwaves during calcium imaging of neurons in the hippocampus.
0:10

Evidence of artefactual calcium microwaves during calcium imaging of neurons in the hippocampus.

eLife - the journal

59,683 次观看 • 2 年前

Check out this piece Brainbow Hippocampus! It’s a mesmerizing reflection of our memory-making brain cells, brought to life through the technique of reflective microetching. 🎨✨ ⁠ #neuroart #sciart #hippocampus #etching #fineart⁠ art available here:⁠
0:15

Check out this piece Brainbow Hippocampus! It’s a mesmerizing reflection of our memory-making brain cells, brought to life through the technique of reflective microetching. 🎨✨ ⁠ #neuroart #sciart #hippocampus #etching #fineart⁠ art available here:⁠

Greg Dunn Neuro Art

10,619 次观看 • 1 年前

Check out this piece Brainbow Hippocampus! It’s a mesmerizing reflection of our memory-making brain cells, brought to life through the technique of reflective microetching. 🎨✨ ⁠ #neuroart #sciart #hippocampus #etching #fineart⁠ art available here:⁠
0:10

Check out this piece Brainbow Hippocampus! It’s a mesmerizing reflection of our memory-making brain cells, brought to life through the technique of reflective microetching. 🎨✨ ⁠ #neuroart #sciart #hippocampus #etching #fineart⁠ art available here:⁠

Greg Dunn Neuro Art

15,102 次观看 • 1 年前

constantly complaining is bad for your brain. focusing on what's wrong keeps cortisol high, and chronically high cortisol is linked to a smaller hippocampus, the part that handles memory and problem-solving. you're literally venting away your cognitive capacity, rewiring your brain to be less capable and trapping yourself in a loop that blinds you to the solutions you need.
0:13

constantly complaining is bad for your brain. focusing on what's wrong keeps cortisol high, and chronically high cortisol is linked to a smaller hippocampus, the part that handles memory and problem-solving. you're literally venting away your cognitive capacity, rewiring your brain to be less capable and trapping yourself in a loop that blinds you to the solutions you need.

alexei

22,691 次观看 • 10 天前

You’re looking at neurons growing and connecting in real time 🧠. A 65-hour recording of hippocampal activity in a rat brain. The hippocampus plays a crucial role in memory and learning. In this footage, neurons extend their dendrites and axons, building and reshaping connections across days. Capturing this process live offers a rare view into how neural circuits form and reorganize. Why this matters ⬇️ 1️⃣It’s a continuous, multi-day recording of living hippocampal neurons under the microscope 2️⃣You can clearly see dendritic branching and network formation 3️⃣It reveals the dynamic processes that drive brain development and plasticity Observing growth at this resolution helps researchers understand how neurons connect—and how disruptions in these processes might contribute to neurological or psychiatric conditions. Credit to Louis Romet and Dr. Christophe Leterrier for the video
0:17

You’re looking at neurons growing and connecting in real time 🧠. A 65-hour recording of hippocampal activity in a rat brain. The hippocampus plays a crucial role in memory and learning. In this footage, neurons extend their dendrites and axons, building and reshaping connections across days. Capturing this process live offers a rare view into how neural circuits form and reorganize. Why this matters ⬇️ 1️⃣It’s a continuous, multi-day recording of living hippocampal neurons under the microscope 2️⃣You can clearly see dendritic branching and network formation 3️⃣It reveals the dynamic processes that drive brain development and plasticity Observing growth at this resolution helps researchers understand how neurons connect—and how disruptions in these processes might contribute to neurological or psychiatric conditions. Credit to Louis Romet and Dr. Christophe Leterrier for the video

William A. Wallace, Ph.D.

67,688 次观看 • 10 个月前

New Cell paper from Bergles lab at Johns Hopkins just built the most comprehensive map of brain myelin ever made — every oligodendrocyte, across the entire mouse brain, across the lifespan. The scale: >10 million cells per brain, terabyte-scale 3D lightsheet volumes, registered to the Allen Brain Atlas across 417 regions from 2 months to 2+ years of age. The technical stack: Custom tissue clearing (CUBIC-L + SHIELD + uRIMS with 40% urea) to preserve endogenous fluorescence. 3D Mask R-CNN for instance segmentation — not just semantic, instance — so it can distinguish individual cells within dense clusters at scale via overlapping sliding windows. Vision Transformer to classify newly-formed vs. mature oligodendrocytes using soma morphology. All cross-referenced against Allen ISH transcriptomics and MICrONS serial EM. What they found: Oligodendrocyte density varies 10,000-fold across brain regions. Left-right hemispheres: r=0.99. Sex: no significant difference. Strain: matters. The brain never stops myelinating. New oligodendrocytes are still being generated in 2-year-old mice. Prefrontal cortex L6 shows the fastest rates of new myelination into old age — the circuits for executive function keep rewiring throughout life. After demyelination, L4 sensory cortex is the most resilient — oligodendrocytes survive at higher rates. The hippocampus loses nearly everything and barely recovers. Degree of injury doesn't predict rate of recovery. These are independent axes. The Alzheimer's result is the most surprising: Dense-core plaques dominate in cortex and hippocampus. Diffuse/small-core plaques dominate in white matter fiber tracts. Old assumption: diffuse plaques are "less toxic." The data says the opposite — small plaques in fiber tracts cause more myelin loss per plaque than dense-core plaques in gray matter. Plaque load and oligodendrocyte loss are essentially uncorrelated (ρ=0.22). The damage is plaque-type and location specific, not load-dependent. For MS and AD research: you can't read off white matter injury from gray matter plaque burden. The pathology in fiber tracts is running on different rules. Data: Paper:
0:15

New Cell paper from Bergles lab at Johns Hopkins just built the most comprehensive map of brain myelin ever made — every oligodendrocyte, across the entire mouse brain, across the lifespan. The scale: >10 million cells per brain, terabyte-scale 3D lightsheet volumes, registered to the Allen Brain Atlas across 417 regions from 2 months to 2+ years of age. The technical stack: Custom tissue clearing (CUBIC-L + SHIELD + uRIMS with 40% urea) to preserve endogenous fluorescence. 3D Mask R-CNN for instance segmentation — not just semantic, instance — so it can distinguish individual cells within dense clusters at scale via overlapping sliding windows. Vision Transformer to classify newly-formed vs. mature oligodendrocytes using soma morphology. All cross-referenced against Allen ISH transcriptomics and MICrONS serial EM. What they found: Oligodendrocyte density varies 10,000-fold across brain regions. Left-right hemispheres: r=0.99. Sex: no significant difference. Strain: matters. The brain never stops myelinating. New oligodendrocytes are still being generated in 2-year-old mice. Prefrontal cortex L6 shows the fastest rates of new myelination into old age — the circuits for executive function keep rewiring throughout life. After demyelination, L4 sensory cortex is the most resilient — oligodendrocytes survive at higher rates. The hippocampus loses nearly everything and barely recovers. Degree of injury doesn't predict rate of recovery. These are independent axes. The Alzheimer's result is the most surprising: Dense-core plaques dominate in cortex and hippocampus. Diffuse/small-core plaques dominate in white matter fiber tracts. Old assumption: diffuse plaques are "less toxic." The data says the opposite — small plaques in fiber tracts cause more myelin loss per plaque than dense-core plaques in gray matter. Plaque load and oligodendrocyte loss are essentially uncorrelated (ρ=0.22). The damage is plaque-type and location specific, not load-dependent. For MS and AD research: you can't read off white matter injury from gray matter plaque burden. The pathology in fiber tracts is running on different rules. Data: Paper:

Bo Wang

24,834 次观看 • 7 个月前

E11 Bio is excited to unveil PRISM technology for mapping brain wiring with simple light microscopes. Today, brain mapping in humans and other mammals is bottlenecked by accurate neuron tracing. PRISM uses molecular ID codes and AI to help neurons trace themselves. We discovered a new cell barcoding approach exceeding comparable methods by more than 750x. This is the heart of PRISM. We integrated this capability with microscopy and AI image analysis to automatically trace neurons at high resolution and annotate them with molecular features. This is a key advance towards economically viable brain mapping - 95% of costs stem from neuron tracing. It is also an important step towards democratizing neuron tracing for everyday neuroscience. Solving these problems is critical for curing brain disorders, building safer and human-like AI, and even simulating brain function. In our first pilot study, we acquired a unique dataset in mouse hippocampus. Barcodes improved the accuracy of tracing genetically labelled neurons by 8x – with a clear path to 100x or more. They also permit tracing across spatial gaps – essential for mitigating tissue section loss in whole-brain scaling. Using molecular annotation, we uncover an intriguing feature of synaptic organization, demonstrating how PRISM can be used for systematic discovery 🧵
0:11

E11 Bio is excited to unveil PRISM technology for mapping brain wiring with simple light microscopes. Today, brain mapping in humans and other mammals is bottlenecked by accurate neuron tracing. PRISM uses molecular ID codes and AI to help neurons trace themselves. We discovered a new cell barcoding approach exceeding comparable methods by more than 750x. This is the heart of PRISM. We integrated this capability with microscopy and AI image analysis to automatically trace neurons at high resolution and annotate them with molecular features. This is a key advance towards economically viable brain mapping - 95% of costs stem from neuron tracing. It is also an important step towards democratizing neuron tracing for everyday neuroscience. Solving these problems is critical for curing brain disorders, building safer and human-like AI, and even simulating brain function. In our first pilot study, we acquired a unique dataset in mouse hippocampus. Barcodes improved the accuracy of tracing genetically labelled neurons by 8x – with a clear path to 100x or more. They also permit tracing across spatial gaps – essential for mitigating tissue section loss in whole-brain scaling. Using molecular annotation, we uncover an intriguing feature of synaptic organization, demonstrating how PRISM can be used for systematic discovery 🧵

Andrew Payne

112,842 次观看 • 1 年前

(❀ฺ´∀`❀ฺ)ﾉ🔆
0:13

(❀ฺ´∀`❀ฺ)ﾉ🔆

Big Cat

58,384 次观看 • 1 个月前

ฟิลรับงานครั้งแรก โอuไวต้oงuี้lลu 👉
0:15

ฟิลรับงานครั้งแรก โอuไวต้oงuี้lลu 👉

aom_a_mm

16,714 次观看 • 1 个月前

ตำนาน kimi no na wa เวอร์ชั่นขายประกัน ตำนานฝันร้ายอินโทเวิ้ด ตำนานน้องชื่ออะไร กิยู : เลิกชวนคุยสักที 😡💢 อาคาสะ : อ๋อหรอ 🥺 เจ้าไม่ชอบเสวนางั้นหรอเนี่ย 😞 ส่วนข้าน่ะชอบมากเลย 😜 จะถามย้ำ ๆ แบบนี้แหละว่าเจ้าชื่ออะไร 🥰🌈 กุตราย5555555555555555555555555
0:18

ตำนาน kimi no na wa เวอร์ชั่นขายประกัน ตำนานฝันร้ายอินโทเวิ้ด ตำนานน้องชื่ออะไร กิยู : เลิกชวนคุยสักที 😡💢 อาคาสะ : อ๋อหรอ 🥺 เจ้าไม่ชอบเสวนางั้นหรอเนี่ย 😞 ส่วนข้าน่ะชอบมากเลย 😜 จะถามย้ำ ๆ แบบนี้แหละว่าเจ้าชื่ออะไร 🥰🌈 กุตราย5555555555555555555555555

🧃⁺ อุมึ่ง ⌯

94,181 次观看 • 2 个月前

เด็กฝรั่ง หนุ่มลูกครึ่งอินปารีสมาก BOOK X CELINE PFW27 #BookKasidet #Celine #CelineEte2027 #MichaelRider #kasibook
0:10

เด็กฝรั่ง หนุ่มลูกครึ่งอินปารีสมาก BOOK X CELINE PFW27 #BookKasidet #Celine #CelineEte2027 #MichaelRider #kasibook

ยัยตะเล้ก🤏🏻 ft. slow

205,165 次观看 • 1 天前

เหงาค้าบบบบบ เหงาสุดๆเลยค้าบบบ 🤭🫣😆
0:15

เหงาค้าบบบบบ เหงาสุดๆเลยค้าบบบ 🤭🫣😆

Meayyyy

1,363,511 次观看 • 2 个月前

จะบ้า55555555555555555555 ทำไมทำเป็น
0:16

จะบ้า55555555555555555555 ทำไมทำเป็น

นีน่อลี

19,907 次观看 • 3 天前

Trust and let the body speaks🐉 วันแรกก็เก่งมากๆแล้ว ขอบคุณที่เปิดใจกันค่ะ #TheInvisibleDragon
0:31

Trust and let the body speaks🐉 วันแรกก็เก่งมากๆแล้ว ขอบคุณที่เปิดใจกันค่ะ #TheInvisibleDragon

Yossie

456,209 次观看 • 1 个月前

ชอบลุคนี้ของแนนโน๊ะมั้ย? ตอบให้ดีๆ นะ 🩸 BECKY GFNW AT SIAM PARAGON #GFNWTheResetGala
0:16

ชอบลุคนี้ของแนนโน๊ะมั้ย? ตอบให้ดีๆ นะ 🩸 BECKY GFNW AT SIAM PARAGON #GFNWTheResetGala

Becky Entertainment

181,628 次观看 • 7 个月前

มอนิ่งครับบ 😁💦
0:11

มอนิ่งครับบ 😁💦

Anthony’s

60,241 次观看 • 11 天前

น่ารักน่าเย็ดมาก #เงี่ยนควยชักว่าวน้ำแตก #สาวอ้วนน้ำเยอะ สาวใหญ่ชอบให้เลียหี อยากโชว์ อายุเยอะ สาวใหญ่วัยมันส์ ชอบเย็ด สาวใหญ่อวบๆ
0:15

น่ารักน่าเย็ดมาก #เงี่ยนควยชักว่าวน้ำแตก #สาวอ้วนน้ำเยอะ สาวใหญ่ชอบให้เลียหี อยากโชว์ อายุเยอะ สาวใหญ่วัยมันส์ ชอบเย็ด สาวใหญ่อวบๆ

ด้านมืดของแสง

24,234 次观看 • 2 个月前