Portage biod 101 module 5 - Study guides, Class notes & Summaries

PORTAGE BIOD 101 MODULE 5 STUDY GUIDE QUESTIONS AND CORRECT ANSWERS (VERIFIED ANSWERS)

BIOD 101 MODULE 6 PORTAGE LEARNING QUESTIONS WITH 100% CORRECT ANSWERS Module 6 Problem Set ● Due No due date ● Points 5 ● Questions 16 ● Time Limit None Discuss the difference in how prokaryotic and eukaryotic cells store their genetic material. Answer: Eukaryotic cells store their DNA in a membrane bound nucleus, while prokaryotic cells store their DNA in a nucleoid region which is not membrane-bound. (See section 6.1 in the module) List TWO simi...

BIOD 101 MODULE 6 PORTAGE LEARNING QUESTIONS WITH 100% CORRECT ANSWERS Module 6 Problem Set ● Due No due date ● Points 5 ● Questions 16 ● Time Limit None Discuss the difference in how prokaryotic and eukaryotic cells store their genetic material. Answer: Eukaryotic cells store their DNA in a membrane bound nucleus, while prokaryotic cells store their DNA in a nucleoid region which is not membrane-bound. (See section 6.1 in the module) List TWO simi...

PORTAGE LEARNING BIOD 101 MODULE 4 EXAM QUESTIONS WITH COMPLETE SOLUTIONS Nitrogenous bases of DNA Adenine Guanine Thymine Cytosine Contain 2 carbon-nitrogen rings, and 4 nitrogen atoms Purines - A and G Contain 1 carbon-nitrogen ring, and 2 nitrogen atoms Pyramidines - T and C Deoxyribose sugar chemically linked to each base in DNA Nucleoside base + deoxyribose Nucleotide base + deoxyribose + phosphate group complementary pairs purine always pairs with pyramidine (T+A), (C+...

PORTAGE LEARNING BIOD 101 MODULE 4 EXAM QUESTIONS WITH COMPLETE SOLUTIONS Nitrogenous bases of DNA Adenine Guanine Thymine Cytosine Contain 2 carbon-nitrogen rings, and 4 nitrogen atoms Purines - A and G Contain 1 carbon-nitrogen ring, and 2 nitrogen atoms Pyramidines - T and C Deoxyribose sugar chemically linked to each base in DNA Nucleoside base + deoxyribose Nucleotide base + deoxyribose + phosphate group complementary pairs purine always pairs with pyramidine (T+A), (C+...

BIOD 101 Module 4 Portage Learning Exam With Complete Solutions Chromosomes - structures of packaged chromatin complexes Somatic cell - All of the body's cells except gametes Number of chromosomes in each somatic cell - 46 (23 pairs) Cell cycle - Process of parent cell replicating its genetic info and dividing into 2 new daughter cells cytokinesis - division of the cytoplasm interphase - G1, S, G2 phases. 90% of cycle time. Gap phase 1 - First phase, growth phase Messenger RNA (mR...

PORTAGE LEARNING BIOD 101 MODULE 6 EXAM QUESTIONS WITH COMPLETE SOLUTIONS 100% VERIFIED Cells can be broken down into what two groups? Prokaryotic and Eukaryotic What type of cell contains a membrane bound nucleus, and organelles that are specific to each cell? Eukaryotic What is the size range for Eukaryotic cells? 10-100 micro meters What is the difference between animal and plant eukaryotic cells? Animal cells don't have a cell wall. Plants have a rigid cell wall. Can eukaryotic c...

5 BIOD 101 Module 5 Exam - Portage Learning 5 BIOD 101 Module 5 Exam - Portage Learning 5 BIOD 101 Module 5 Exam - Portage Learning

BIOD 101 PORTAGE LEARNING MODULE 6 EXAM WITH BEST SOLUTIONS What is the nucleoid region used for? - To store genetic information in prokaryotes True or false: If false, make it true. The nucleoid region is bound by a membrane and does not contain bacterial chromosomes and DNA? - False The nucleoid region is NOT bound by a membrane and DOES contain bacterial chromosomes and DNA. Bacterial chromosomes are in what shape? - Circle Define plasmids - Small, circular region of DNA. How ...

BIOD 101 PORTAGE LEARNING MODULE 6 EXAM WITH BEST SOLUTIONS What is the nucleoid region used for? - To store genetic information in prokaryotes True or false: If false, make it true. The nucleoid region is bound by a membrane and does not contain bacterial chromosomes and DNA? - False The nucleoid region is NOT bound by a membrane and DOES contain bacterial chromosomes and DNA. Bacterial chromosomes are in what shape? - Circle Define plasmids - Small, circular region of DNA. How ...