Presentation is loading. Please wait.

Presentation is loading. Please wait.

DNA sample 1 & 7 TOPIC: DNA v.s. RNA

Published byAmbrose Blair Modified over 6 years ago

Similar presentations

Presentation on theme: "DNA sample 1 & 7 TOPIC: DNA v.s. RNA"— Presentation transcript:

1 DNA sample 1 & 7 TOPIC: DNA v.s. RNA
AIM : How do we compare & contrast DNA & RNA molecule? DO NOW: (5 mins) AGENDA 02/1/’17 DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK Study the diagram on the left side of the slide. Which of the following DNA samples of individuals are most closely related? EXPLAIN. DNA sample 1 & 7

2 Gel Electrophoresis TOPIC: DNA v.s. RNA
AIM : How do we compare & contrast DNA & RNA molecule? AGENDA 01/26/’16 DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK MINI LESSON (10-15 MINS) Gel Electrophoresis use to separate DNA fragments determine relationships used in forensics

3 DNA RNA

4

5

6

7 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA 01/26/’16 DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK MINI LESSON (10-15 MINS) Nucleic Acids - building blocks of living things RNA found in nucleus consists of nucleotides - structural units DNA phosphate sugar Nitrogen bases

8 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK MINI LESSON (10-15 MINS)

9 RNA DNA TOPIC: DNA v.s. RNA
AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK MINI LESSON (10-15 MINS) RNA DNA

10 found inside the nucleus
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? MINI LESSON (10-15 MINS) AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK DNA RNA DIFFERENCES Deoxy ribonucleic acid Double strand G, C, A, T deoxyribose sugar Inheritance of traits & enzyme production NUCLEIC ACIDS C, G, A found inside the nucleus Ribonucleic acid Single strand G, C, A, U ribose sugar protein synthesis SIMILARITIES

11 DNA : GCAT RNA : GCAU TOPIC: DNA v.s. RNA
AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK MINI LESSON (10-15 MINS) TRANSLATING DNA CODE TO MAKE PROTEINS DNA : GCAT RNA : GCAU

12 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 1.

13 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 2.

14 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 3.

15 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 4.

16 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK SUMMARY/REFLECTION (5 MINS.) 5. Identify the two types of nucleic acids? Give the function of RNA and DNA Give 2 similarities and 2 differences of RNA and DNA

17 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 1.

18 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 2.

19 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 3.

20 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK GROUP ACTIVITY- slideshow (5--10 MINS.) 4.

21 AIM : How do we compare & contrast DNA & RNA molecule?
TOPIC: DNA v.s. RNA AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK SUMMARY/REFLECTION (5 MINS.) 5. Identify the two types of nucleic acids? Give the function of RNA and DNA Give 2 similarities and 2 differences of RNA and DNA

22 Castle Learning Assignment TOPIC: DNA v.s. RNA
AIM : How do we compare & contrast DNA & RNA molecule? AGENDA DO NOW: Answer sample regent question MINI LESSON: Identify and describe each type of nucleic acids Describe the structures and functions of RNA and DNA. Compare and contrast RNA from DNA molecule Discuss base pairings ACTIVITY: Slideshow REFLECTION HOMEWORK HOMEWORK (5 MINS.) Castle Learning Assignment

Download ppt "DNA sample 1 & 7 TOPIC: DNA v.s. RNA"

Similar presentations

MACROMOLECULES ORGANIC COMPOUNDS.

MACROMOLECULES ORGANIC COMPOUNDS.
2006-2007 Nucleic acids: A complex biomolecule that stores cellular information in the form of a code Contain elements: Carbon, Hydrogen, Oxygen, Nitrogen,

Nucleic acids: A complex biomolecule that stores cellular information in the form of a code Contain elements: Carbon, Hydrogen, Oxygen, Nitrogen,
Study the diagram on the left side of the slide. Which of the following DNA samples of individuals are most closely related? EXPLAIN. DNA sample 1 & 7.

Study the diagram on the left side of the slide. Which of the following DNA samples of individuals are most closely related? EXPLAIN. DNA sample 1 & 7.
Nucleic acids: Information Molecules

Nucleic acids: Information Molecules
Introduction to DNA and RNA Biology Standards B-4.1: Compare DNA and RNA in terms of structure, nucleotides, and base pairs. B-4.2: Summarize the relationship.

Introduction to DNA and RNA Biology Standards B-4.1: Compare DNA and RNA in terms of structure, nucleotides, and base pairs. B-4.2: Summarize the relationship.
NOTE: READ AND ANSWER DO NOW: (5 MINUTES)

NOTE: READ AND ANSWER DO NOW: (5 MINUTES)
RNA & Protein Synthesis.

RNA & Protein Synthesis.
DNA The molecule of heredity. The molecules of DNA is the information for life (determine an organism’s traits) DNA achieves its control by determining.

DNA The molecule of heredity. The molecules of DNA is the information for life (determine an organism’s traits) DNA achieves its control by determining.
Intro to DNA Protein Synthesis 02/21/2012. Goals for Today Be able to describe how DNA & RNA molecules differ from each other. Be able to describe protein.

Intro to DNA Protein Synthesis 02/21/2012. Goals for Today Be able to describe how DNA & RNA molecules differ from each other. Be able to describe protein.
Regents Biology Nucleic Acids Information storage.

Regents Biology Nucleic Acids Information storage.
Regents Biology 2006-2007 Nucleic acids: Information molecules.

Regents Biology Nucleic acids: Information molecules.
200 300 400 500 100 200 300 400 500 100 200 300 400 500 100 200 300 400 500 100 200 300 400 500 100 DNA Structure DNA Replication RNA Transcription Translation.

DNA Structure DNA Replication RNA Transcription Translation.
NUCLEIC ACIDS  P.40-47. GENERAL CHARACTERISTICS MADE UP OF C, H, O, N, AND P A NUCLEOTIDE MONOMER : THAT INCLUDES A 5 CARBON SUGAR, A NITROGEN BASE AND.

NUCLEIC ACIDS  P GENERAL CHARACTERISTICS MADE UP OF C, H, O, N, AND P A NUCLEOTIDE MONOMER : THAT INCLUDES A 5 CARBON SUGAR, A NITROGEN BASE AND.
DNA and RNA The Code of Life The Human Genome Project 8.

DNA and RNA The Code of Life The Human Genome Project 8.
Nucleic Acids Examples DNA RNA ATP DeoxyriboNucleic Acid

Nucleic Acids Examples DNA RNA ATP DeoxyriboNucleic Acid
DNA AND RNA STUDY GUIDE FOR THE TEST. Name the three molecules DNA is made up of.

DNA AND RNA STUDY GUIDE FOR THE TEST. Name the three molecules DNA is made up of.
Transcription Objectives: Trace the path of protein synthesis.

Transcription Objectives: Trace the path of protein synthesis.
DNA & Protein Synthesis How our genes make our traits.

DNA & Protein Synthesis How our genes make our traits.
DNA  RNA  Protein. Central Dogma Central Dogma – describes how information from DNA gets used to make proteins 3 processes: –1. Replication copies DNA.

DNA  RNA  Protein. Central Dogma Central Dogma – describes how information from DNA gets used to make proteins 3 processes: –1. Replication copies DNA.
DNA and RNA.

DNA and RNA.

Similar presentations

Ads by Google