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All Educational Materials for BSCI 105 at University of Maryland (UMD)

UMDBSCI 105Norma AllewellFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (31 pages long)

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Blue is oxygen: proteins are big, this protein has a fixed 3-d structure, all the same types look the same, the chemical bonds between the atoms help c
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UMDBSCI 105KellerFall

BSCI 105- Final Exam Guide - Comprehensive Notes for the exam ( 67 pages long!)

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The cell as the fundamental unit of life. Prokaryotes the defining feature of the cell is the lack of internal membranes: cell wall/capsule, plasma mem
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UMDBSCI 105KellerFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (75 pages long)

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Ex: paleontologists infer the functions of different features found in dinosaur fossils. In order for something to function well, it has to have certai
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UMDBSCI 105KellerFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (42 pages long)

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The final exam will include a non-cumulative section based on the topical material covered at the end of the semester. This will be approximately 40 po
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UMDBSCI 105KellerFall

[BSCI 105] - Midterm Exam Guide - Everything you need to know! (42 pages long)

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Ex: paleontologists infer the functions of different features found in dinosaur fossils. In order for something to function well, it has to have certai
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UMDBSCI 105AllFall

Exam 2

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UMDBSCI 105KellerFall

BSCI 105 Study Guide - Final Guide: Peptide, Organelle, Central Dogma Of Molecular Biology

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Expect the same kind of exam - just a few more questions. Prepare for the new stuff the same way you have been preparing for each exam. This new stuff
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UMDBSCI 105Patricia ShieldsSpring

BSCI 105 Study Guide - Final Guide: Electronegativity, Heat Capacity, Ionic Bonding

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UMDBSCI 105Patricia ShieldsSpring

BSCI 105 Study Guide - Final Guide: Polysome, Peptide, Ribosome

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At the end of the lectures on gene expression, you should be familiar with the material covered in lecture that is found in the following chapter(s) in
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UMDBSCI 105Norma AllewellSpring

BSCI 105 Study Guide - Midterm Guide: Eukaryote, Plant, Archaea

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Bio study guide exam 1 environment, energy processing: levels of biological organization a. b. c. d. e. f. g. h. i. j. Rna: manufactures proteins & reg
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UMDBSCI 105AllFall

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UMDBSCI 105AllSpring

Exam 1

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UMDBSCI 105AllSpring

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UMDBSCI 105AllFall

Final Exam

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UMDBSCI 105AllSpring

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UMDBSCI 105AllSpring

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UMDBSCI 105AllFall

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UMDBSCI 105AllFall

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UMDBSCI 105AllFall

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UMDBSCI 105KellerFall

BSCI 105 Final: Complete and Comprehensive 86-Page Final Exam Study Guide- Fall 2015

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 40: Brainstem, Cellular Differentiation, Crispr

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 39: P53, Tumor Suppressor Gene, Spindle Apparatus

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 38: Spindle Apparatus, Chromatin, Microtubule

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 37: Telophase, Growth Factor, Phospholipid

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 36: Signal Transduction, Cytosol, Asthma

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 35: Hybridization Probe, Homeobox, Intron

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 33: Restriction Enzyme, Restriction Site, Cloning

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 32: Lac Operon, Operon, Repressor

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 31: Corepressor, Repressor, Operon

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 30: Operon, Repressor, Natural Selection

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 29: Helicase, Nonsense Mutation, Sickle-Cell Disease

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 28: Signal Recognition Particle, Cytosol, Membrane Protein

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 27: Silent Mutation, Nonsense Mutation, Dna Replication

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 25: Prokaryote, Intron, Nuclear Pore

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 24: Dna Replication, Okazaki Fragments, Primase

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 23: X-Ray Crystallography, Nucleic Acid Double Helix, Semiconservative Replication

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 22: Polysaccharide, Streptococcus, Ribonuclease

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 21: P700, P680, Light-Independent Reactions

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 20: Membrane Protein, Coenzyme Q10, Light-Dependent Reactions

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 19: Cellular Respiration, Pyruvic Acid, Acetyl-Coa

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Bsci105 - lecture 19 - continuation of cellular respiration. Intermediate of glycolysis is the enzyme binding atp and a phosphate. 2 atp are used in th
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 18: Cellular Respiration, Nicotinamide, Ribose

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 17: Cooperative Binding, Enzyme, Cellular Respiration

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Bsci105 - lecture 17 - enzyme activity and how carbohydrates are oxidized in the cell. Binding of regulatory molecule at one site causes changes in aff
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 16: Vitamin B3 Complex, Covalent Bond, Bleeding On Probing

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 15: Atp Hydrolysis, Equilibrium Constant, Endergonic Reaction

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 14: Equilibrium Constant, Kinetic Energy, Thermodynamics

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 13: Pinocytosis, Plant Cell, Phagocytosis

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 12: Cytoskeleton, Hydrophile, Collagen

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Bsci105 - lecture 12 - membrane structure and function. The cell membrane shields the cell from its environment and connects it to it. The core of the
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 11: Chloroplast, Golgi Apparatus, Mitochondrion

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Bsci105 - lecture 11 - chapter 6-part 2. Mitochondria and chloroplasts both contain dna and have bacterial origins. Chloroplasts are autotrophic, meani
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 10: Genomics, Golgi Apparatus, Lipid Bilayer

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Genomics allows you to analyze large sets of genes. The changes in the genome are a result of mutations that have occurred over long periods of times.
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 8: Alpha Helix, Carboxylic Acid, Surface Charge

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Bsci105 - lecture 8 - proteins and nucleic acids #2. In the structures below, nitrogen only has one h left and carboxyl group only has one. Oxygen beca
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 9: Purine, Ribose, Guanine

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Bsci105 - lecture 9 - structure of dna and rna. The flow of genetic information in the cell. Dna is inside the nucleus, which then synthesises mrna. Mr
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 7: Amine, Cell Nucleus, Ammonia

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 6: Glycogen, Hydrolysis, Glycerol

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Glycogen (found in animals) for storage. Cellulose (found in plants) does not make a helix. Hard structure can be used as surgical thread. Building blo
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 5: Acetic Acid, Hydroxy Group, Ribose

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Bsci105 - lecture 5 - functional groups and structures of large molecules. Basic - accepts h stabilize protein structure gives negative charge when in
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 2: Valence Electron, Electron Shell, Mass Number

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Red elements are acidic groups, blue are basic groups. These interactions depend on the chemical structure of the molecules (the arrangement of the ato
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 3: Ionic Bonding, Chemical Polarity, Electronegativity

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Bsci105 - lecture 3 - chemistry principles part 2. Polar bonds - do not share electrons equally because of their different electronegativity. Hydrogen
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 4: Covalent Bond, Biomolecule

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Bsci105 - lecture 4 - chemical structure of biological molecules (ch. In an ammonia atom, each hydrogen has a partial positive charge and its nitrogen
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 1: Signal Transduction, Nitrogen Cycle, Cell Cycle

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Office hours: wednesdays and fridays 2-3 pm in room 2113 in microbiology building. Focus: molecular and cellular basis of life. All living organisms sh
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 37: Telophase, Growth Factor, Phospholipid

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16
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 36: Signal Transduction, Cytosol, Asthma

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 40: Brainstem, Cellular Differentiation, Crispr

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 38: Spindle Apparatus, Chromatin, Microtubule

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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 39: P53, Tumor Suppressor Gene, Spindle Apparatus

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UMDBSCI 105Dr.AllewellFall

BSCI 105 Lecture Notes - Lecture 3: Trait Theory, Extraversion And Introversion, Convergent Validity

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Instructions: your task is to come up with a 10-item questionnaire for measuring some aspect of personality that has not yet been extensively studied (
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UMDBSCI 105Norma AllewellFall

BSCI 105 Lecture Notes - Lecture 24: Start Codon, Molecular Machine, Signal Peptide

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Prokaryotic transcriptions at different times, blobs: ribosomes. Held together with mrna: the big strand at the top is dna. Wobbly making it possible f
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UMDBSCI 105Dr.KellerFall

BSCI 105 Lecture Notes - Lecture 23: Asexual Reproduction, Sexual Reproduction, Phenotype

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What do we mean by inheritance: organisms do not vary in appearance over time, parents pass on variations in appearance and behavior to their offspring
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UMDBSCI 105Norma AllewellSpring

BSCI 105 Lecture Notes - Lecture 1: The Molecules, Railways Act 1921, Backtracking

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Bsci105 chapter 1: evolution, the theme of biology & Evolution: process of change that has transform life on earth from its earliest beginnings to the
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 10: Genomics, Golgi Apparatus, Lipid Bilayer

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Genomics allows you to analyze large sets of genes. The changes in the genome are a result of mutations that have occurred over long periods of times.
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 20: Bacterial Artificial Chromosome, Recombinant Dna, Dna Ligase

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Recombinant dna- dna molecules formed when segments of dna from two different sources are combined into one, which helps to analyze genes and gene expr
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 17: Rna Splicing, Start Codon, Alternative Splicing

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Dna inherited by organism leads to specific traits by dictating synthesis of proteins and of rna molecules involved in protein synthesis. Gene expressi
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 3: Hydrogen Bond, Surface Tension, Heat Capacity

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Water is 75% of earth- ice, vapor, water- all three physical states. Water- v shape molecularly- 2 hydrogens (slightly pos) covalently bonded to oxygen
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 1: Archaea, Energy Transformation, Reductionism

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Emergent properties- properties that become more complex looking it from a zoomed in way to zoomed out (cell to body) Interactions and arrangements of
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 6: Scanning Electron Microscope, Nuclear Lamina, Nuclear Membrane

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Chapter 6 a tour of the cell- book has chart of everything. Cell- simplest collection of matter that can be alive. Microscopes are used to see the tiny
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 12: Sister Chromatids, Cleavage Furrow, Spindle Apparatus

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To produce more of their own kind. Cell division- reproduction of cells, renewal and repair: part of cell cycle- life of cell from formation to divisio
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UMDBSCI 105Norma AllewellFall

BSCI 105 Chapter Notes - Chapter 16: Dna Polymerase Iii Holoenzyme, Dna Replication, Dna Ligase

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Early in 20th century, identifying molecules of inheritance was a major. Morgan showed that gene exists as part of chromosomes (made of challenge. 1928
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UMDBSCI 105Patricia ShieldsSpring

BSCI 105 Chapter Notes -Pyruvate Dehydrogenase Complex, Atp Synthase, Acetyl-Coa

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Oxygen available- enter krebb cycle and enter etc. W/o oxygen- glycolysis only, no krebb or etc by- product molecules used in etc and krebb (2 atp, 2 n
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UMDBSCI 105Patricia ShieldsSpring

BSCI 105 Chapter Notes -Anabolism, Exergonic Reaction, Metabolic Pathway

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Active transport- the need for energy to transport molecules against concentration gradient. Diffusion- high concentration to low concentration, contin
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UMDBSCI 105Norma AllewellSpring

BSCI 105 Chapter Notes - Chapter 1: Plant, Bioinformatics, Eukaryote

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UMDBSCI 105Norma AllewellFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (31 pages long)

OC128891531 Page
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Blue is oxygen: proteins are big, this protein has a fixed 3-d structure, all the same types look the same, the chemical bonds between the atoms help c
View Document
UMDBSCI 105KellerFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (75 pages long)

OC96655975 Page
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Ex: paleontologists infer the functions of different features found in dinosaur fossils. In order for something to function well, it has to have certai
View Document
UMDBSCI 105KellerFall

[BSCI 105] - Final Exam Guide - Everything you need to know! (42 pages long)

OC96655942 Page
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The final exam will include a non-cumulative section based on the topical material covered at the end of the semester. This will be approximately 40 po
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UMDBSCI 105KellerFall

BSCI 105 Final: Complete and Comprehensive 86-Page Final Exam Study Guide- Fall 2015

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UMDBSCI 105KellerFall

BSCI 105- Final Exam Guide - Comprehensive Notes for the exam ( 67 pages long!)

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The cell as the fundamental unit of life. Prokaryotes the defining feature of the cell is the lack of internal membranes: cell wall/capsule, plasma mem
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UMDBSCI 105KellerFall

BSCI 105 Lecture Notes - Lecture 37: Telophase, Growth Factor, Phospholipid

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UMDBSCI 105KellerFall

BSCI 105 Study Guide - Midterm Guide: Van Der Waals Force, Endomembrane System, Hydrogen Bond

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Learning objectives - after you have studied, you should be able to do the following: list the properties of life , describe what they mean, and recogn
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UMDBSCI 105Anna KellerFall

BSCI 105 Midterm: Study Guide Key Ch_22_Darwin _ Evolution

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1: match the theory or philosophy and its proponent(s) with the following descriptions, catastrophism, inheritance of acquired characteristics, gradual
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UMDBSCI 105Norma AllewellSpring

BSCI 105 Study Guide - Midterm Guide: Eukaryote, Plant, Archaea

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44
Bio study guide exam 1 environment, energy processing: levels of biological organization a. b. c. d. e. f. g. h. i. j. Rna: manufactures proteins & reg
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UMDBSCI 105KellerFall

BSCI 105 Study Guide - Final Guide: Phagocytosis, Peptide, Organelle

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Understand polarity and electronegativity and reactivity (big idea: emergent properties) You learned about the functional groups on the first exam and
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