Name:___________________________
Agenda Week of Nov 29 – Dec 3
2010
Class website: www.marric.us/teaching
Date: ____________Period:_____
Unit 3 Quiz 3 Dec 7
Semester Final Exam 12/16 and 12/17
1.
Monday 11/29/10 –
DNA structure Color coding
DNA Replication Standard 5b
HW: Vocabulary words
2. Transfer RNA becomes attached to messenger RNA
by___________________________
Tuesday 11/30/10
 Unit 3 Quiz 2
 DNA/RNA Color Coding
HW: DNA/RNA Coloring Coding Finish
and Transcription/Translation Color
Coding Reading
The amino acid that becomes attached to a molecule
of transfer RNA is specified by a
(an)_________________________
3. The decoding of a messenger RNA message into a
protein is known as_____________________
4. When Griffith injected mice with a mixture of live,
harmless bacteria and heat-killed pneumonia-causing
bacteria, the mice__________________
Wednesday 12/1/10 –Late Start
 DNA Replication Standard 5b
 Transcription/Translation CC
HW: Finish Transcription/Translation
5. The three types of RNA are produced in
the_________________
Thursday 12/2/10
 Expression Standards4a-c
HW: Review Stand. Review 5a and 5b
7. Cytosine and thymine are _________________
Friday 12/3/10 –
Formative Genetics #1
Expression Standards Review 4a-c
Collect DNA Structure and Processes
Color coding
HW: Standards Practice Questions
Parents/Guardian –



I have reviewed my child’s activities
and homework for the week of
11/29/10 – 12/3/10.
I will make sure that my child is
studying for the Fall Semester Final
on 12/16-12/17. The Fall Semester
Final includes material from Unit 1
Ecology, Unit 2-Cell Biology and Unit
3 Genetics.
The last day for late work from this
unit for partial credit is Friday
12/10/10.
Parent/Guardian Printed Name
6. Adenine and guanine are___________________
8. Unlike DNA, RNA
a.
b.
c.
9. How many bases are needed to code for three amino
acids?
10. What is occurring in the
diagram? Identify
.the structures labeled
A ______________ and
B_______________
Vocabulary
Regulatory site
Polymerase
Template
Frameshift
RNA primase
Signature
helicase
Replication
intron
Translation
rRNA
ligase
mRNA
Repressor
Transcription
tRNA
exon
Date
Bell Ringers: Week of 29 Nov – 3 Dec 2010
Monday –
Which of the following require a host cell because they are not able to make proteins on their own?
a. blue-green algae
b. bacteria
c. protozoa
d. viruses
Explain
To which of these organisms is the gray wolf (Canis lupus) most closely related?
a) Calidris alba
b) Anarhichas lupus
c) Quercus rubra
d) Canis familiaris
Tuesday Osmosis is defined as the movement of ________.
a. molecules from a high concentration to a low concentration.
b. water molecules from a high concentration to a low concentration through a selectively permeable
membrane
c. water molecules from a low concentration to a high concentration through a selectively permeable
membrane.
d. ions from a low pressure region to a high pressure region through a selectively permeable
membrane.
Explain and diagram
Wednesday –
Explain what is happening in Step 1 and Step 2 and why Step
and Step 2 of the diagram are occurring.
Thursday - What is the function of enzymes in biological
systems?
A Enzymes act as substrates when the necessary proteins are unavailable.
B Enzymes act as products to create new chemical reactions.
C Enzymes act as catalysts to drive chemical reactions forward.
D Enzymes bond with substrates to create the new reaction products.
Explain including what enzymes are made of
Friday Explain 3 differences between animal and plant cells.
1
Name:_______________________________ Date:____________________ Period:______
Unit 3 Quiz 3 Dec 7
1. The decoding of a messenger RNA message into a protein is known
as_______________________
2. The three types of RNA are produced in the____________________
3. The amino acid that becomes attached to a molecule of transfer RNA is specified by a
(an)_____________________________
4. Transfer RNA becomes attached to messenger RNA by_____________________________
5. How many bases are needed to code for five amino acids?
6. When Griffith injected mice with a mixture of live, harmless bacteria and heat-killed
pneumonia-causing bacteria, the mice_______________________________________
7. Adenine and guanine are____________________
8. Unlike DNA, RNA
a.
b.
c.
9. What is occurring in the diagram?____________________
10. Identify the structures labeled
A ___________________ and B_______________
Extra Credit
1. DNA replication of a leading strand involves which enzymes?
2. This is a template DNA sequence: 3'AATTATCCCGCA5'. This is a partially-completed mRNA
strand transcribed from the DNA template: 3'GAUAAU5'. What is the next nucleotide that
RNA polymerase will attach? 3 pts Remember to base pair with orientation and polymerase
directionality
helicase
ligase
RNA primase
Replication
Repressor
Template
intron
Translation
polymerase
rRNA
mRNA
tRNA
frameshift
genome
exon
Transcription
________________
A. a mutation that changes reading frames at the mutation and
downstream of the mutation.
________________
B. RNA involved in moving genetic information from the nucleus to the
cytoplasm
________________
C. all the genetic material of an organism
________________
D. a regulatory protein that binds to the operator and inhibits
transcription
________________
E. RNA that is a component of ribosomes
________________
F. transcribed RNA that codes for a polypeptide
________________
G. enzyme that unwinds DNA molecule
________________
H. RNA involved in moving select amino acids to ribosomes
________________
I. process involved in transferring genetic information from the nucleus
to the cytoplasm.
________________
J. enzyme that binds nucleic acid fragments
________________
K. transcribed RNA that is removed in the nucleus
________________
L. enzyme that adds an RNA primer to initiate replication
________________
M. process involving the decoding of genetic material into polypeptides
________________
N. a molecule (as of DNA) that serves as a pattern for the generation of
another macromolecule (as messenger RNA)
________________
O. process in which DNA is copied.
________________
P. enzyme that makes a nucleic acid polymer adding to 3’ end of new
strand
Name:_______________________________ Date:____________________ Period:______
Unit 3 Quiz 3
1. The amino acid that becomes attached to a molecule of transfer RNA is specified by a
(an)_____________________________
2. Transfer RNA becomes attached to messenger RNA by_____________________________
3. The decoding of a messenger RNA message into a protein is known as_______________________
4. The three types of RNA are produced in the____________________
5. How many bases are needed to code for four amino acids?
6. When Griffith injected mice with a mixture of live, harmless bacteria and heat-killed pneumoniacausing bacteria, the mice_______________________________________
7. Adenine and guanine are____________________
8. Unlike DNA, RNA
a.
b.
c.
9. What is occurring in the diagram?____________________
10. Identify the structures labeled
A ___________________ and B_______________
Extra Credit
3. DNA replication of a leading strand involves which enzymes?
4. This is a template DNA sequence: 3'AATTATCCCGCA5'. This is a partially-completed mRNA
strand transcribed from the DNA template: 3'GAUAAU5'. What is the next nucleotide that
RNA polymerase will attach? 3 pts Remember to base pair with orientation and polymerase
directionality
Matching
helicase
ligase
RNA primase
Replication
Repressor
Template
intron
Translation
polymerase
rRNA
mRNA
tRNA
frameshift
genome
exon
Transcription
________________
A. enzyme that binds nucleic acid fragments
________________
B. enzyme that adds an RNA primer to initiate replication
________________
P. C. enzyme that makes a nucleic acid polymer adding to 3’ end of new
strand
________________
D. a regulatory protein that binds to the operator and inhibits
transcription
________________
E. RNA that is a component of ribosomes
________________
F. transcribed RNA that codes for a polypeptide
________________
G. enzyme that unwinds DNA molecule
________________
H. RNA involved in moving select amino acids to ribosomes
________________
I. process involved in transferring genetic information from the nucleus
to the cytoplasm.
________________
J. a mutation that changes reading frames at the mutation and
downstream of the mutation.
________________
K. transcribed RNA that is removed in the nucleus
________________
L. RNA involved in moving genetic information from the nucleus to the
cytoplasm
________________
M. process involving the decoding of genetic material into polypeptides
________________
N. a molecule (as of DNA) that serves as a pattern for the generation of
another macromolecule (as messenger RNA)
________________
O. process in which DNA is copied.
________________
Q. all the genetic material of an organism