Top Tweets for #cryptochromes
トナメ2連勝？
やっぱ項羽なんすよ👍
#Cryptochromes
久しぶりの優勝じゃ🎉
最後まで項羽を信じた😆
#Cryptochromes
さて
こいつを解除して
なんかエクステでも作ろうかな🎶
#Cryptochromes
久しぶりの優勝じゃ🎉
最後まで項羽を信じた😆
#Cryptochromes
ولتوضيح الفكرة العلمية التي تربط بين "عين الطائر" و"الميكانيكا #الكمومية":
🔶️ البوصلة الكمومية في العين
تمتلك بعض الطيور المهاجرة بروتينات خاصة في عيونها تسمى الكريبتوكرومات (#Cryptochromes). هذه البروتينات حساسة للضوء الأزرق، وعندما يمتص البروتين فوتونًا من الضوء، فإنه يطلق تفاعلًا كيميائيًا ينتج عنه زوج من الجزيئات تسمى "الأزواج الجذرية" (Radical Pairs).
🔶️ظاهرة #التشابك_الكمومي
داخل هذه الأزواج، توجد إلكترونات في حالة تُعرف باسم التشابك الكمومي (Quantum Entanglement). هذه الحالة تجعل الإلكترونات حساسة للغاية للمؤثرات الخارجية، وتحديدًا لشدة واتجاه المجال المغناطيسي للأرض.
🔶️كيف يرى الطائر الاتجاه؟
يُعتقد أن هذا التفاعل الكمي يؤثر على الإشارات العصبية المرسلة من العين إلى الدماغ، مما يسمح للطائر بـ "رؤية" المجال المغناطيسي للأرض كأنما هو تدرجات لونية أو بقع ضوئية وظلال متداخلة مع رؤيته العادية، وهو ما يساعده على الملاحة بدقة مذهلة عبر آلاف الكيلومترات.
5️⃣
A review by Wang et al.
The two action mechanisms of plant cryptochromes
Plant #cryptochromes (CRYs) are photolyase-like blue-light receptors that contain a flavin adenine #dinucleotide (FAD) chromophore.
https://t.co/iW870yFzLg
#cryptochromes
Birds rely on #magnetoreception to detect Earth's magnetic fields, guiding them during migration. However, human-made electromagnetic fields may disrupt this natural ability.
🌱🧬💪⚡️
This #JIPB mini-review packs a 1-2 punch!
Explore the remarkable dual-action mechanism of #Arabidopsis #cryptochromes right here⬇️🔓
➡️https://t.co/xMgy4TcIGO
@wileyplantsci #CRY #photoregulation #PlantDevelopment #gene #GeneExpression #SciComm #PlantScience
🌱🧬Small but mighty!💪⚡️
This #JIPB mini-review explores the remarkable dual-action mechanism of #Arabidopsis #cryptochromes.
https://t.co/xMgy4TcIGO @wileyplantsci
#CRY #photoregulation #PlantDevelopment #gene #GeneExpression #SciComm #PlantSci
How do Monarch butterflies transverse 1000s of miles to land on the same branch they were born?
Cryptochromes with pure quantum entanglement.
You won’t hear this anyplace else but you will hear it from me.
We can grow Cryptochromes in a house plant.
Dual action #plant #science!
This mini-review packs a one-two punch, exploring the dual-action mechanism of #Arabidopsis cryptochromes.
https://t.co/xMgy4TcIGO
@wileyplantsci #JIPB #PlantScience #cryptochromes #chromatin #mRNA #BlueLight #photoreceptors
Very happy about my first first-author paper being out in @J_A_C_S 🎉It's comparing the 🧲 sensitivity of 🐦and 🌱 #Cryptochromes @QuantbioG @SFB_1372 @UniOldenburg Many thanks to the co-authors!
New article about the effects of dynamical degrees of freedom on magnetic compass sensitivity. Congratulations to @GesaScience for hew @J_A_C_S publication! Coauthors include @siuyingalice @GerhardsLuca and @FabianSchuhmann. Read more here: https://t.co/zfFhntSXtJ.
Connor M. Schneps et al.: Room-temperature serial synchrotron crystallography of Drosophila cryptochrome #CircadianClock #Cryptochromes #FlavinAdenineDinucleotide ... #IUCr https://t.co/qD802W9vvM
In all organisms of the green lineage, #cryptochromes control the internal daily rhythm. This was discovered by researchers @UniJena who studied the genes for the internal clock of green #algae, #mosses and flowering #plants.
➡️ https://t.co/WkVLz9GshG
A new #refereedpreprint via @ReviewCommons:
@dcswong et al @ONeill_Lab @MRC_LMB show that while not essential for #circadian #proteome oscillations, #cryptochromes are crucial for maintaining protein & osmotic homeostasis in the face of daily perturbations
https://t.co/9eoP6kHaeX
CRY2, one of the #cryptochromes in the pigeon retina, doesn't play a role in magnetic sensing, according to PhD student @spencerbalay and colleagues in the @keays_lab. 🦤 But it does seem to be a component of the circadian clock!
https://t.co/CxWT5meocY
#CCB #fall #workshop #2021
David Au from Todd Holmes lab at UC Irvine, speaking on #Mosquito #Cryptochromes expressed in
#Drosophila conferring species
specific #behavioral #light responses.
Researchers found that #Drosophila flies can #sense magnetic fields but only if there is UV light and if they have a functional Cryptochrome #generativeart.
This was the first ever genetic proof of the need for #Cryptochromes to for magnetic sensation. (3/4)
Migrations: Can Birds "See" Magnetic Fields?
An adaptation could let birds visualize true north.
#cryptochromes https://t.co/SkRS8XB5c0 via @BirdNoteRadio #StayCurious #BirdsMatter
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