π¦ππππ‘ππ πππ
What about earphones π€£π€£
You can use Bluetooth π
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Lock π in π
@edsciencelab ππ¨βπ¬
@edsciencelab ππ¨βπ¬
π¦ππππ‘ππ πππ
Lock π in π @edsciencelab ππ¨βπ¬
π§¬β¨ Crossing Over: A Romantic Dance Between Chromosomes β¨ππΊ
In the quiet phase of cell division, something beautiful happens. π
Not chaos.
Not randomness.
But a perfectly timed interaction. β³
During Prophase I of meiosis I, homologous chromosomes come closeβ¦ π€
alignβ¦ π
pauseβ¦ βΈοΈ
And then... they exchange pieces of themselves. ππ§¬
Like a dance where partners donβt just move together, ππΊ
they leave with a part of each other. β€οΈ
This is crossing over:
π A precise exchange of DNA between non-sister chromatids π§¬π
π A moment that creates genetic uniqueness before life even begins π±β¨
Because of this βdanceβ:
π No two individuals are exactly alike
𧬠Traits mix, shuffle, and reappear in unexpected ways
π§ Evolution gets its diversity
π¬ Whatβs really happening?
Behind this elegance lies precision:
βοΈ Homologous chromosomes pair via the synaptonemal complex
βοΈ Enzymes create controlled DNA breaks
π DNA strands invade and exchange segments (forming Holliday junctions)
π Visible crossover points appear as chiasmata
And the most fascinating part? π€―
This only happens when chromosomes truly βmeetβ β
something that doesnβt occur in mitosis or meiosis II. π«
Genetic variation isnβt accidental β
itβs the result of a beautifully orchestrated molecular interaction. π―
Sometimes, biology isnβt just science. π§ͺ
Itβs choreography at the microscopic level. π«π§¬
Cedit:
@biotech.symposium
@edsciencelab ππ¨βπ¬
In the quiet phase of cell division, something beautiful happens. π
Not chaos.
Not randomness.
But a perfectly timed interaction. β³
During Prophase I of meiosis I, homologous chromosomes come closeβ¦ π€
alignβ¦ π
pauseβ¦ βΈοΈ
And then... they exchange pieces of themselves. ππ§¬
Like a dance where partners donβt just move together, ππΊ
they leave with a part of each other. β€οΈ
This is crossing over:
π A precise exchange of DNA between non-sister chromatids π§¬π
π A moment that creates genetic uniqueness before life even begins π±β¨
Because of this βdanceβ:
π No two individuals are exactly alike
𧬠Traits mix, shuffle, and reappear in unexpected ways
π§ Evolution gets its diversity
π¬ Whatβs really happening?
Behind this elegance lies precision:
βοΈ Homologous chromosomes pair via the synaptonemal complex
βοΈ Enzymes create controlled DNA breaks
π DNA strands invade and exchange segments (forming Holliday junctions)
π Visible crossover points appear as chiasmata
And the most fascinating part? π€―
This only happens when chromosomes truly βmeetβ β
something that doesnβt occur in mitosis or meiosis II. π«
Genetic variation isnβt accidental β
itβs the result of a beautifully orchestrated molecular interaction. π―
Sometimes, biology isnβt just science. π§ͺ
Itβs choreography at the microscopic level. π«π§¬
Cedit:
@biotech.symposium
@edsciencelab ππ¨βπ¬
π¦ππππ‘ππ πππ
You can use Bluetooth π
How can you connect the heart to Bluetooth π€π€
π¦ππππ‘ππ πππ
You can use Bluetooth π
Unless earpiece π
You insert the pin to the heart, that will be appropriate ππ
You insert the pin to the heart, that will be appropriate ππ
π¦ππππ‘ππ πππ
Unless earpiece π You insert the pin to the heart, that will be appropriate ππ
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EΒ² = (pc)Β² + (mcΒ²)Β²: The relativistic relation between energy and momentum reveals rest mass energy mcΒ²! Without this, there's no understanding of particle physics or nuclear power.
Good morning β€οΈ
@edsciencelab ππ¨βπ¬
Good morning β€οΈ
@edsciencelab ππ¨βπ¬
β€1
Follow the π¦ππππ‘ππ πππ channel on WhatsApp: https://whatsapp.com/channel/0029VbCCWw2JUM2UK2Evm93C
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Atoms are the building blocks of everything around us β air, water, rocks, plants, animals, even us.
Back to basics: what are atoms, and how can they be harnessed for energy, life-saving treatments, and more?
@edsciencelab ππ¨βπ¬
Back to basics: what are atoms, and how can they be harnessed for energy, life-saving treatments, and more?
@edsciencelab ππ¨βπ¬
π¦ππππ‘ππ πππ
Atoms are the building blocks of everything around us β air, water, rocks, plants, animals, even us. Back to basics: what are atoms, and how can they be harnessed for energy, life-saving treatments, and more? @edsciencelab ππ¨βπ¬
@edsciencelab ππ§βπ¬
@edsciencelab ππ§βπ¬
π
@edsciencelab ππ¨βπ¬
@edsciencelab ππ¨βπ¬
There will be speed race today @ 8pm ππ₯π₯
Tell a friend to also tell another friend π§‘
Giveaways will be done for winners and 1st runner up π
I am a mathematical entity often used to quantify populations, telephone lines, or the distance in meters between two distant landmarks.