Biology SL
Biology SL
4
Chapters
553
Notes
Theme A - Unity & Diversity
Theme A - Unity & Diversity
Theme B - Form & Function
Theme B - Form & Function
Theme C - Interaction &  Interdependence
Theme C - Interaction & Interdependence
Theme D - Continuity & Change
Theme D - Continuity & Change
IB Resources
Theme D - Continuity & Change
Biology SL
Biology SL

Theme D - Continuity & Change

Understanding Hydrogen Bonding In DNA Transcription

Word Count Emoji
431 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 14th Jun 2024

Table of content

🎉 Fun Intro: Hey there future biologist! Let's dive into the magical world of genes. Imagine transcription as a typist copying down your favorite song lyrics. The typist has to get every word (or in this case, base) right! How does she do that? The magic of hydrogen bonding and complementary base pairing! 🪄✨

What's the deal with hydrogen bonding?

  • Hydrogen bonds are like those trusty magnets that keep your fridge notes from flying away! They make sure the right pairs stick together.
  • Example: When you and your bestie pinky-promise, that's like a hydrogen bond. You fit perfectly together and stay connected!

Complementary base pairing = Perfect match! ❤️

  • In DNA, our bases have special pairs: Cytosine (C) 💞 Guanine (G) and Thymine (T) 💞 Adenine (A).
  • RNA is a tad different; instead of Thymine, it flirts with Uracil (U). So Adenine (A) 💞 Uracil (U).

Real World Example: Think of it like dance partners. C will always pick G as its dance partner. While T in DNA will dance with A, in the world of RNA, A has a new dance partner: U!

Transcription – What's happening?

Transcription is like copying your favorite recipe. But instead of food ingredients, we’re copying base sequences from DNA to RNA.

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IB Resources
Theme D - Continuity & Change
Biology SL
Biology SL

Theme D - Continuity & Change

Understanding Hydrogen Bonding In DNA Transcription

Word Count Emoji
431 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 14th Jun 2024

Table of content

🎉 Fun Intro: Hey there future biologist! Let's dive into the magical world of genes. Imagine transcription as a typist copying down your favorite song lyrics. The typist has to get every word (or in this case, base) right! How does she do that? The magic of hydrogen bonding and complementary base pairing! 🪄✨

What's the deal with hydrogen bonding?

  • Hydrogen bonds are like those trusty magnets that keep your fridge notes from flying away! They make sure the right pairs stick together.
  • Example: When you and your bestie pinky-promise, that's like a hydrogen bond. You fit perfectly together and stay connected!

Complementary base pairing = Perfect match! ❤️

  • In DNA, our bases have special pairs: Cytosine (C) 💞 Guanine (G) and Thymine (T) 💞 Adenine (A).
  • RNA is a tad different; instead of Thymine, it flirts with Uracil (U). So Adenine (A) 💞 Uracil (U).

Real World Example: Think of it like dance partners. C will always pick G as its dance partner. While T in DNA will dance with A, in the world of RNA, A has a new dance partner: U!

Transcription – What's happening?

Transcription is like copying your favorite recipe. But instead of food ingredients, we’re copying base sequences from DNA to RNA.

Unlock the Full Content! File Is Locked Emoji

Dive deeper and gain exclusive access to premium files of Biology SL. Subscribe now and get closer to that 45 🌟