Problem Solving  5. What type of cells are shown above?

Slides:



Advertisements
Similar presentations
DNA Fingerprinting & Gel Electrophoresis
Advertisements

Do Now:. DNA Fingerprinting Everyone (except identical twins) has a unique DNA sequence in their cells. A technique called ________________________can.
Forensic Sciences and DNA Fingerprinting LECTURE 22: Biotechnology; 3 Credit hours Atta-ur-Rahman School of Applied Biosciences (ASAB) National University.
Key Area : 2 DNA, genes and chromosomes Unit 1: Cell Biology.
EXAMPLE 1 Finding a Mean Geysers Over a span of 12 hours, Old Faithful Geyser in Yellowstone National Park erupted 10 times. The lengths (in minutes) of.
Length of the Cell Cycle
Blood, Animal Cells & DNA Noadswood Science, 2012.
explain how crime scene evidence is
1 Chapter 7 Chapter 7 DNA Fingerprinting Learning Goals: o Explain how crime scene evidence is collected and processed to obtain DNA o Describe how radioactive.
CELLS All living things are made of cells which are either unicellular eg bacteria and yeast or multicellular organisms. Microscopes are used to study.
YOU – IN YOUR FIRST 12 HOURS. YOU – IN YOUR FIRST THREE DAYS.
The Structure of the DNA Molecule Middle School Science Dr. Romano.
DNA & Proteins B3a.
Dr. Carolyn Hancock Forensic DNA Profiling: An introduction to scientific principles Presentation to the Portfolio Committee of Police Criminal Law (Forensic.
Write down three key points for each: PCRElectrophoresis.
Applications & Analysis DNA Gel Electrophoresis 1.
Genetic Engineering and Biotechnology Notes. IB Assessment Statement 4.4.1Outline the use of polymerase chain reaction (PCR) to copy and amplify minute.
History Evidence BIOLOGICAL EVIDENCE EXAMINED FOR INHERITED TRAITS TECHNIQUES EMERGED FROM HEALTHCARE DNA FINGERPRINTING DEVELOPED IN 1984.
DNA Structure and Function. What is DNA? DeoxyriboNucleic Acid DNA is a Nucleic Acid The main job of DNA is to make PROTEINS. Proteins build your body,
© KCL. WCED. PENTECH Keeping control STUDY this diagram EXPLAIN what is shown in this diagram. How might this balance differ during fasting? 1. Living.
The Structure of the DNA Molecule The finger print that is inside your body!
Light Microscope.
The Science Department presents
Cell division LOs State another term for cell division
Forensic Anthropology
Unit 1 – Living Cells Topic 1 – Cells and DNA Topic 2 – Microbes!
“Making Connections” NYSED Lab
Organizing Elements Lab
Unit 1: The Scientific Method Chapter 1-1 & 1-2
‘Special’ Past Paper Qs – 21 marks
PLANT CELL AND ANIMAL CELL
Divisibility Rules Practice 2, 5, or 10?
DNA Evidence and Forensics
Unit 1 – Living Cells Topic A) Cells and DNA
DNA Fingerprinting Cloning Human Genome Project
DNA Fingerprinting.
Compare aerobic and anaerobic respiration
Advances since Watson & Crick chemheritage
5 a day revision Bioenergetics A B Photosynthesis
DNA Part 2.
explain how crime scene evidence is
5 a day revision B4 - Enzymes Explain the lock and key model.
How do we know if something is living or non-living?
History of Biological Evidence in Forensics
Cell Division and Growth
SLOPE = = = The SLOPE of a line is There are four types of slopes
DNA profile – procedure
LO To explore patterns in linked division calculations
How is DNA be used to solve crimes?
Ch. 13 Gene Technology Recombinant DNA
S1 Science Biology topic
Problem Solving  Answers
Relations and Functions
How can DNA be used to solve crimes? T. Trimpe
How is DNA be used to solve crimes? Honors Forensic Science
Episode: The Black Death
explain how crime scene evidence is
Watch the video to answer the following questions in a discussion:
How is DNA be used to solve crimes?
Focus 7 Feb 20, 21 What is the cell cycle and what happens? (full page) 2. What happens during mitosis and cytokinesis?
The ________ the ramp, the __________ the car will go.
How is DNA be used to solve crimes?
How is DNA be used to solve crimes?
Scientific inquiry Life Functions Cells 1 Cells 2 Microscope
How is DNA be used to solve crimes?
DNA: The Code of Life Table of Contents The Genetic Code
Algebra 1 Warms Up Oct. 2-5.
Challenge yourself… What structures are present in plant cells and not in animal? How is a red blood cell adapted for its function? What is the symbol.
Presentation transcript:

Problem Solving  5. What type of cells are shown above? 1. How many cells under the microscope? 2. What is the average length of each cell? 3. How many cells under the microscope? 4. What is the average length of each cell? 300 units 180 units 5. What type of cells are shown above? 6. Name 3 parts NOT shown in the cell above, but would be found in a plant cell 7. The above cells underwent cell division and make 2 new cells every 30 minutes. How many new cells would be made after a) 2 hours and b) 3 hours ?

Problem Solving  Which person provided a blood DNA sample? Age DNA Sample given? Type of DNA sample Jane 46 Yes Saliva Steve 38 Blood Natasha 36 No / Which person provided a blood DNA sample? Calculate the average age of the people in table DNA profiling has many uses. Which person from the table would be involved in paternity testing? Why is paternity testing carried out? Why could the police not rule out Natasha as a suspect in a crime during a forensics investigation? Name another use of DNA profiling Where are a) DNA b) genes and c) chromosomes found? What is the function of DNA? Why is DNA used in DNA profiling? (what’s special about your DNA?)

Problem Solving  A B C D Identify each type of cell above Name 2 useful products that can be made by cells A and D Name 3 useful products that can be made by cells B and C Name 2 chemicals that can be used to decrease the growth of cells A and D Why properties do micro-organisms like the ones above have that make them useful in different industries?

Problem Solving  Units of sugar produced (g) Age of plant (days) 1. How much sugar is produced when the plant is 12 days old? 2. How old is the plant when it makes 16g of sugar? For Qs 3 and 4, choose from INCREASE, DECREASE or STAY THE SAME as your answer. 3. Predict what you think will happen to the units of sugar produced on day 30. 4. State what will happen to the units of sugar produced if the plant no longer received light. Units of sugar produced (g) Age of plant (days)