SCIENCE EXPOSED (Print)

Why Mutations Can't Create New Information

Truth Carriers Academy | All Ages

Introduction: The Core Claim of Evolution

Evolution claims random mutations plus natural selection create new complex features. Mutations are copying errors; they delete, corrupt, duplicate, or rearrange information.

The Problem

“And Elohim created... every living creature that moves... after their kind.” - Genesis 1:21
Illustration of DNA double helix

DNA is a massive instruction set—mutations are copying errors

1What Are Mutations?

Original DNA: A-T-G-C-C-T-A-G-G-A-T-C
Mutation examples: deletion, substitution, insertion

Types of Mutations

TypeWhat HappensNew Info?
DeletionLetters removedNo
SubstitutionLetter swappedNo
InsertionExtra lettersNo (usually duplication)
DuplicationCopies existing sectionNo new info

The Typo Analogy

Typos don't write new chapters; mutations don't build new organs.

Diagram showing different types of DNA mutations

Common mutation types: deletion, substitution, insertion, duplication

Think About It

Why can't duplications create new information?

2Mutations Are Almost Always Harmful

Effects

Examples of Harm

Think About It

Name two diseases caused by mutations:

3Examining “Beneficial” Mutations

Antibiotic Resistance

Loss of function or selection of existing resistant bacteria—no new information.

Diagram of bacteria with and without antibiotic resistance

Antibiotic resistance selects existing traits; nothing new is created

Think About It

Why is sickle cell not a true gain of function?

4The Information Problem

Evolution Needs

Thousands of new genes for lungs, legs, hair, complex brain, etc.

Probability Problem

Random mutations creating new functional genes is astronomically improbable.

Think About It

Why is the library analogy relevant?

5Natural Selection Can't Create

Selection vs Creation

Think About It

What can natural selection do? What can’t it do?

6Summary: Mutations Destroy, They Don't Create

What We Learned

Final Assessment

Why can't mutations create new genetic information?

Family Commitment

Key Points Summary