1 Abiogenesis Part 2 From Inorganic Materials to “LUCA” Nils Confer, PhD MBA 10/18/2012.

Slides:



Advertisements
Similar presentations
-AP Biology - What you need to know…. The Origin of Life.
Advertisements

IB Biology Option D Evolution.
Early Origins Chapter 19.1 & 19.3.
Origin and Evolution of Life in the Oceans
Polymers. CA State Standards Students know large molecules (polymers), such as proteins, nucleic acids, and starch, are formed by repetitive combinations.
Evolution V: Macroevolution & the Origin of Life AP Biology.
Javad Jamshidi Fasa University of Medical Sciences.
A painting of early Earth showing volcanic activity and photosynthetic prokaryotes in dense mats.
The Cell.
The Science of Life Biology unifies much of natural science
Copyright © 2002 Pearson Education, Inc., publishing as Benjamin Cummings Origin of Life In 1862, Louis Pasteur conducted experiments that rejected the.
Convergent, Divergent or Co- evolution?!.
Chapter 25 The History of Life on Earth. Question u How have events in the Earth’s history contributed to life as we know it?
DNA, Genes, & Proteins. Pop Quiz! The DNA molecule supplies _________________ for cells. Is DNA able to be copied? What is DNA made of? What are the four.
What is Biochemistry? The chemistry of life! Components of an E. coli cell Percentage of total cell weight Number of different Water701 Proteins153,000.
Time Big Bang B-yrs ago 4.6 B yrs ago Earth is formed First life 3.7 B yrs 10-50,000 yrs ago Homo Sapiens 1.Big Bang – the beginning 2.Formation.
History of Life on Earth Most scientists hypothesize that life on Earth developed through natural chemical and physical processes. This was simulated.
AP Biology Chapter 26. Origin of Life. AP Biology The historical tree of life can be documented with evidence. The Origin of Life.
By: Henry Cheatham, Brett Samuels, and Nicole Kottmann.
The First Cells Do Now: Read “Self-Replicating Chemicals Evolve Into Lifelike Ecosystem” As you read, underline or highlight AT LEAST 3 portions that you.
The Secret of Ping-Pong. To get to where you want to go, it helps to know where you have come from.
The History of Life on Earth Chapter 25. Question How have events in the Earth’s history contributed to life as we know it?
Formation of our Universe billion years ago Formation of our solar system and Earth 4.6 billion years ago Cooling of Earth, formation of oceans,
1 Abiogenesis Part 1 Proteins and Evolution Nils Confer, PhD MBA 10/11/2012.
Chapter 26 Early Earth and the Origin of Life. Phylogeny Traces life backward to common ancestors. How did life get started?
The History of Life…in 1 Lecture
Origin of Life Today How did life originate? Working back from today The most basic components How DNA and RNA work Working forward from simple molecules.
N. Bishop. Part II: Replication First (Gene First) or RNA World Hypothesis CLAIM: The first molecule of life was RNA which can both store information.
Aim: How did life begin ? HW11 Chap 17 History of Life Read pages Pg. 428 section 17-2 answer Q 1-4.
Macroevolution.
The Making of Proteins Using the Genetic Information Stored in DNA
Earth was very different billions of years ago 1. The most widely accepted hypothesis is the nebula hypothesis. The solar system formed by a condensing.
Macromolecules Protein. Proteins Probably the most diverse group of macromolecules is the proteins.
Conditions on early Earth made the origin of life possible ○ Possible composition of Earth’s early atmosphere – H 2 O vapor –N2–N2 – CO 2, CH 4, NH 3,
Origins of the Earth Our solar system formed 4.5 – 5 bya Earth – a coalescence of rocks ~ 4.5 bya After sufficient size, gravity strong enough to hold.
What is a macromolecule? There are four main types of biological molecules called macromolecules. The four types of macromolecules are carbohydrates, lipids,
T HE N UCLEUS, C YTOPLASM, And Eukaryotic vs. Prokaryotic Cells.
wFZCY. Pop Quiz How old is the universe? How old is the earth? When did life start on earth?
Haemoglobin: Structure and Formation of Proteins 1.1.2, a, b,c.
THE ORIGIN OF LIFE. THE FORMATION OF LIFE This is highly theoretical but not a random guess – there has been lots of research We know more about the conditions.
The Origin of Life Where did it all begin?
4 CLASSES OF MACROMOLECULES – HW 1-1
Lecture Origin of Life Chapter 21 ~ The Origin and Evolutionary History of Life.
ORIGIN OF LIFE.
Warm up Modern technology could be used to clone animals (like you favorite dog). Cloned animals would resemble the original pets because: How is the process.
Non-living synthesis of simple organic molecules
THE ORIGIN OF LIFE.
Warm-Up (4/4) Describe the essential components of all cells on Earth.
Biochemistry: Nucleic Acids.
Unit 9: Evolution 9.2 Life over Time.
Composition of Proteins
Types of Cells In this presentation you will:
The Evolutionist Theory of the Origin of Life
Origin of Life What do you think the first organism was like?
Origins of Life.
Abiogenesis.
EARLY EARTH AND THE ORIGIN OF LIFE
9D Urey Miller Experiment and 7G Cell Complexity
Evolution Unit Exam on Friday
Early Earth and the Origin of Life
Group 3.
Types of Cells In this presentation you will:
DNA Structure and Replication REVIEW
Formation approximately 4.5 bya
Unit Two, Day 1 Origins of Life.
Levels of Organization
Theories on the Origin of Life
IB Biology Option D SL&HL
Nucleic Acid Molecules -DNA, RNA and ATP -Structure and Functions
Presentation transcript:

1 Abiogenesis Part 2 From Inorganic Materials to “LUCA” Nils Confer, PhD MBA 10/18/2012

2 Evenings Outline Review Review The building of a cell - requirements The building of a cell - requirements Conclusions Conclusions

3 Creation or “Evolution”? Choose!

4 Two Sides of the Same Coin? Evolutionist View of Abiogenesis Inorganic Materials Building Blocks Polymers Polymers with Advantages Hypercycle Protobiont Bacteria Multicellular Organisms Complex and Diverse Life Creationist View of Abiogenesis Inorganic Materials Complex and Diverse Life

5 Cells are Extremely Complex!

6 Cells – Irreducible Complexity?

7 The Language of Life – Communication out of Chaos?

8 Ribosomes – Protein Factories

9 Nucleosomes

10 Flagellated Motors

11 Nuclear Pore Complex

12 Building a Cell - Requirements Evolutionist View of Abiogenesis Inorganic Materials Building Blocks Polymers Polymers with Advantages Hypercycle Protobiont Bacteria Multicellular Organisms Complex and Diverse Life Creationist View of Abiogenesis Inorganic Materials Complex and Diverse Life

13 Comments from Textbook “Clearly there are dangers in introducing the cell through its evolution: the large gaps in our knowledge can be filled only by speculations that are liable to be wrong in many details. We cannot go back in time to witness the unique molecular events that took place billions of years ago.” “Clearly there are dangers in introducing the cell through its evolution: the large gaps in our knowledge can be filled only by speculations that are liable to be wrong in many details. We cannot go back in time to witness the unique molecular events that took place billions of years ago.”

14 Comments from Textbook “…surprisingly easy…” “…surprisingly easy…” “The developing earth had immense advantages over any human experimenter, it was very large and could produce a wide spectrum of conditions.” “The developing earth had immense advantages over any human experimenter, it was very large and could produce a wide spectrum of conditions.” “…were selected…” “…were selected…” “…preferred…” “…preferred…”

15 Comments from Textbook “Simple organic molecules such as amino acids and nucleotides can associate to form polymers.” “Simple organic molecules such as amino acids and nucleotides can associate to form polymers.” “The origin of life…requires self promotion.” “The origin of life…requires self promotion.” “The need for containment is easily fulfilled…” “The need for containment is easily fulfilled…”

16 The Amazing Cell