DNA vs. RNA Dustin D. Napier Computer Science Degree Grantham University DNA vs. RNA DNA stands for deoxyribonucleic acid, while RNA is ribonucleic acid. DNA is a double strand and RNA is a single strand. Although DNA and RNA both carry genetic information, there are quite a few differences between them. The following information will describe the differences between DNA and RNA DNA DNA contains long-term storage of genetic information; transmission of genetic information to make other cells
Words: 394 - Pages: 2
Comparison chart | DNA | RNA | Definition: | A nucleic acid that contains the genetic instructions used in the development and functioning of all known living organisms | RNA, single-stranded chain of alternating phosphate and ribose units with the bases adenine, guanine, cytosine, and uracil bonded to the ribose. RNA molecules are involved in protein synthesis and sometimes in the transmission of genetic information. | Job/Role: | Medium of long-term storage and transmission of genetic information
Words: 783 - Pages: 4
Information and Transform with DNA and RNA Shelley Gutierrez, RNC Western Governors University Student ID: 391502 Sgutie6@wgu.edu How Cells Transmit Information and Transform with DNA and RNA All of our body cells are made up of 46 chromosomes. Each of the 46 chromosomes contains one DNA molecule. These chromosomes and proteins are found compressed in the nucleus of the cells. DNA and RNA are biological molecules that are nucleic acids. Both DNA and RNA are polymers. When polymers
Words: 1373 - Pages: 6
Creative Technology Exam 2 Study Guide 1) Uses a promoter- transcription 2) An anticodon is involved in this process - translation 3) Codons are involved - translation 4) Uses DNA Polymerase- replication 5) Polymerase chain reaction is a “synthetic” version of this 6) RNA polymerase is used - transcription 7) Ribosomes are used- translation 8) tRNA is used - translation 9) mRNA is produced - transcription 10) mRNA is read - translation 11) Important
Words: 3108 - Pages: 13
BIOL 4200 Bioinformatics DNA, RNA, and protein structure exercises; MEGA5 This summary exercise focuses on the survey of the databases of RNA and protein structures with the goal of searching these databases to identify DNA or protein sequences that might be appropriate for your class project. This exercise will also start the phylogenetic analysis of DNA and protein sequences using MEGA5 Name: Sohaib Iqbal 1. Please click through these websites of RNA and protein structures. Please describe
Words: 929 - Pages: 4
contain? a. Ribosomes b. Golgi apparatus c. Smooth endoplasmic reticulum d. Mitochondria 8. Which of the following would NOT be found in the nucleus? a. DNA b. RNA c. Ribosomes d. Nucleolus 9. Which of the following is true of the Golgi apparatus? a. It synthesizes proteins b. Secretory vesicles exit from the trans-‐face
Words: 945 - Pages: 4
Structures in All Eukaryotic Cells We're going to start with eukaryotic cells even though they tend to be more complex than prokaryotic. But, there is a method to our madness: you are a eukaryote and have eukaryotic cells, so we thought you might relate better. And, eukaryotic comes before prokaryotic alphabetically. Come up with whatever reasons you want for it, but eukaryotes are up first. Tough cookies. Eukaryotic Cell Structure and Function A cell is defined as eukaryotic if it has a membrane-bound
Words: 1363 - Pages: 6
AST 309 part 2: Extraterrestrial Life The Origin and Evolution of Life on Earth Overview • The formation of Earth • Pre-biotic chemistry (Miller-Urey exp.) • First evidence for early life • The evolution of life • Extreme life on Earth: lessons for astrobiology A timeline for the very early history of the Earth The formation of Earth: The Earth formed over ~50 Myr via planetesimal accretion Earth differentiation: The iron "drops" follow gravity and accumulate towards the core. Lighter materials
Words: 2150 - Pages: 9
Bio 101 Review Sheet Test #1 (Chapters 1-3) Chapter 1 1. Cell is basic unit of life 2. Hierarchy of life figure 3. 3 Energy categories and examples of each Producer-plants and some microbes Consumer-humans and other animals Decomposer-fungi and other animals 4. Energy transfers are not 100% efficient – why? Cant capture all of the energy supplied by one source a. Where does all energy for biology come from? sun 5. Homeostasis- state of internal consistency or equilibrium
Words: 1102 - Pages: 5
the following: 1. Characteristics of viruses and why they are not generally considered to be “alive”. * virus= infectious biological particles; 1+ nucleic acid molecules surrounded by protein capsid or envelope * nucleic acid: DNA or RNA, composed of single/double strand (genes encode coat proteins, proteins of regulation of transcription) * capsid: protein coat of virus, viral genome packaging * envelope: lipid bilayer that contains proteins * enveloped
Words: 4973 - Pages: 20
