BIO105 old FINAL EXAM
... C) mitochondrial matrix D) cytoplasm E) inner membrane of mitochondria 5) _____ How much does the [H+] (the hydrogen ion concentration) change between pH 7 and pH 8? A) no difference B) two times C) 10 times D) 75 times E) 1,000 times 6) _____ What do eukaryotic cells have that prokaryotic cells don ...
... C) mitochondrial matrix D) cytoplasm E) inner membrane of mitochondria 5) _____ How much does the [H+] (the hydrogen ion concentration) change between pH 7 and pH 8? A) no difference B) two times C) 10 times D) 75 times E) 1,000 times 6) _____ What do eukaryotic cells have that prokaryotic cells don ...
Virtual scrring in
... • VS can be usefull tool for discovering new targets in „post-genomic” era Examples of aplications: Design of inhibitors for Norovirus and Glycoprotein IV (collaboration with Jason Jiang, CCHMC and Andrew B. Herr – UC College of Medicine ) ...
... • VS can be usefull tool for discovering new targets in „post-genomic” era Examples of aplications: Design of inhibitors for Norovirus and Glycoprotein IV (collaboration with Jason Jiang, CCHMC and Andrew B. Herr – UC College of Medicine ) ...
Cell Division
... • Turn to page 58-59 C in your book-using ½ page each drawing-draw the stages and write what is happening from your pages for each phases of the stages. Basically you are copying what you see into 3 pages of your journal. Get to work—Be sure to draw them in order and color (Easier to see what is goi ...
... • Turn to page 58-59 C in your book-using ½ page each drawing-draw the stages and write what is happening from your pages for each phases of the stages. Basically you are copying what you see into 3 pages of your journal. Get to work—Be sure to draw them in order and color (Easier to see what is goi ...
Fundamentals of Cell Biology
... for class. Students will need to be familiar with concepts previously covered throughout the course, and if questions arise, students should seek assistance with the instructor. Students should understand homework will be given every night, though some may not be formal, studying over past or recent ...
... for class. Students will need to be familiar with concepts previously covered throughout the course, and if questions arise, students should seek assistance with the instructor. Students should understand homework will be given every night, though some may not be formal, studying over past or recent ...
Plasma membrane
... charge – it is also difficult for charged particles to pass through the memebrane by diffusion because of the nonpolar fatty acid tails – the nonpolar tails do not “like” polar molecules and they will not allow them to pass through the membrane by diffusion ...
... charge – it is also difficult for charged particles to pass through the memebrane by diffusion because of the nonpolar fatty acid tails – the nonpolar tails do not “like” polar molecules and they will not allow them to pass through the membrane by diffusion ...
The mammalian oxysterol-binding protein
... Families of proteins with homology to the C-terminal ligandbinding domain of OSBP (oxysterol-binding protein) are present in eukaryotic organisms from Saccharomyces cerevisiae to human, and have been implicated in various cellular processes such as lipid metabolism, intracellular lipid transport, me ...
... Families of proteins with homology to the C-terminal ligandbinding domain of OSBP (oxysterol-binding protein) are present in eukaryotic organisms from Saccharomyces cerevisiae to human, and have been implicated in various cellular processes such as lipid metabolism, intracellular lipid transport, me ...
Biophysics - Fayetteville State University
... e. Metabolism in animals and photosynthesis in plants. 4. Chemical composition of living systems. a. What is so special about carbon? Discussion question: Could life be based on another element? b. What so special about water? Discussion question: How do organisms survive in frozen water? c. Structu ...
... e. Metabolism in animals and photosynthesis in plants. 4. Chemical composition of living systems. a. What is so special about carbon? Discussion question: Could life be based on another element? b. What so special about water? Discussion question: How do organisms survive in frozen water? c. Structu ...
Structures and functions of bacteria
... Mesosome : Mesosome is formed from invagination of cytoplasmic membrane into cytoplasm. This structure is called (chondroide). Mesosome is seen in many bacteria, but not all. Their functions are important during cell division. ...
... Mesosome : Mesosome is formed from invagination of cytoplasmic membrane into cytoplasm. This structure is called (chondroide). Mesosome is seen in many bacteria, but not all. Their functions are important during cell division. ...
Chapter 14 Autonomic nervous system
... B. Modality 1. Modality is the property by which one sensation is distinguished from another. 2. In general, a given sensory neuron carries only one modality. C. Components of Sensation 1. For a sensation to arise, four events must occur. 2. These are stimulation, transduction, conduction, and trans ...
... B. Modality 1. Modality is the property by which one sensation is distinguished from another. 2. In general, a given sensory neuron carries only one modality. C. Components of Sensation 1. For a sensation to arise, four events must occur. 2. These are stimulation, transduction, conduction, and trans ...
Chapter 5 - Phillips Scientific Methods
... 16. DURING EXOCYTOSIS, WASTE AND CELL PRODUCTS LEAVE THE CELL. 17. Products MADE IN the Cell are Packaged in GOLGI VESICLES, which then FUSE with the Cell Membrane and Secrete Material OUT OF THE CELL. 18. MUCUS AND WASTE PRODUCTS ARE MATERIALS SECRETED BY EXOCYTOSIS. 19. Signal Transduction: Ligand ...
... 16. DURING EXOCYTOSIS, WASTE AND CELL PRODUCTS LEAVE THE CELL. 17. Products MADE IN the Cell are Packaged in GOLGI VESICLES, which then FUSE with the Cell Membrane and Secrete Material OUT OF THE CELL. 18. MUCUS AND WASTE PRODUCTS ARE MATERIALS SECRETED BY EXOCYTOSIS. 19. Signal Transduction: Ligand ...
research description
... was shown that additional proteins [Tim14 (PAM18) and Tim16 (PAM16), probably participate in regulating of the function of the translocation motor. Our work is aimed at analyzing the structure-function relationship of the translocation motor, mainly using purified proteins and mutagenesis analysis. ...
... was shown that additional proteins [Tim14 (PAM18) and Tim16 (PAM16), probably participate in regulating of the function of the translocation motor. Our work is aimed at analyzing the structure-function relationship of the translocation motor, mainly using purified proteins and mutagenesis analysis. ...
INTRODUCTION TO THE CELL File
... 2. Some proteins are attached to the surface of the cell membrane on both the internal and external surface. These may be hormone receptors, enzymes or cell recognition proteins (or antigens) 3. Other proteins are embedded in the phospholipid bilayer itself. These are often associated with transport ...
... 2. Some proteins are attached to the surface of the cell membrane on both the internal and external surface. These may be hormone receptors, enzymes or cell recognition proteins (or antigens) 3. Other proteins are embedded in the phospholipid bilayer itself. These are often associated with transport ...
cell membrane
... supramolecular complexes - ribosomes, membranes, microtubules cell organelles - mitochondriae, Golgi apparatus, centriol, endoplasmic reticulum etc. complex of cell organelles + nucleus + plasmalemma = a cell main cell components observable with the light microscope have been discovered in the secon ...
... supramolecular complexes - ribosomes, membranes, microtubules cell organelles - mitochondriae, Golgi apparatus, centriol, endoplasmic reticulum etc. complex of cell organelles + nucleus + plasmalemma = a cell main cell components observable with the light microscope have been discovered in the secon ...
Local Copy - Synthetic Neurobiology Group
... news organizations to run “gene for this, gene for that” stories. If so, you may also wonder if optogenetics is still accumulating disparate findings, or whether it is already trying to integrate these findings into a larger framework. After all, isolated genetic findings can be related to a grander ...
... news organizations to run “gene for this, gene for that” stories. If so, you may also wonder if optogenetics is still accumulating disparate findings, or whether it is already trying to integrate these findings into a larger framework. After all, isolated genetic findings can be related to a grander ...
Clinical Case Activity Answers
... Yes, Cole is correct. The voltage-gated potassium channels are located in the axon of the neuron and are essential components in producing an action potential. They are normally closed until the membrane potential reaches threshold; after a delayed opening, they allow potassium to flow down its con ...
... Yes, Cole is correct. The voltage-gated potassium channels are located in the axon of the neuron and are essential components in producing an action potential. They are normally closed until the membrane potential reaches threshold; after a delayed opening, they allow potassium to flow down its con ...
Make Vocabulary Flash Cards
... Chloroplast – A green structure found inside a plant cell. This structure changes ...
... Chloroplast – A green structure found inside a plant cell. This structure changes ...
The central dogma and its implications for gene
... ‘central source’ from which hereditary information unidirectionally ‘flows’ or ‘radiates’ into cellular biochemistry and development and not the other way around. Today, due to advances in molecular genetics and epigenetics such as the discovery of complex post-genomic and epigenetic processes in wh ...
... ‘central source’ from which hereditary information unidirectionally ‘flows’ or ‘radiates’ into cellular biochemistry and development and not the other way around. Today, due to advances in molecular genetics and epigenetics such as the discovery of complex post-genomic and epigenetic processes in wh ...
Chapter 3 – Cells Review
... Fluid like substance that surrounds the organelles Breaks down broken organelles or wastes. Responsible for transport of materials in the cell. (THIS ...
... Fluid like substance that surrounds the organelles Breaks down broken organelles or wastes. Responsible for transport of materials in the cell. (THIS ...
Topic Three Chemistry of Life - MrsGorukhomework
... 1 g of carbs = 17 kJ while fat gives 39 kJ, is more compact so easier to carry around, fats have long hydrocarbon tails with hydrocarbon bonds – just like petroleum and can store a lot of energy – and not soluble in water When fats are metabolized for energy, it releases a lot more water than if yo ...
... 1 g of carbs = 17 kJ while fat gives 39 kJ, is more compact so easier to carry around, fats have long hydrocarbon tails with hydrocarbon bonds – just like petroleum and can store a lot of energy – and not soluble in water When fats are metabolized for energy, it releases a lot more water than if yo ...
The making of the Fittest: Natural Selection and Adaptation
... THE MC1R PATHWAY The Mc1r gene encodes a protein called the melanocortin 1 receptor (MC1R). It is found in specialized cells called melanocytes that are responsible for producing pigments that affect the rock pocket mouse’s coat color. MC1R is a transmembrane protein (see figure), meaning it is embe ...
... THE MC1R PATHWAY The Mc1r gene encodes a protein called the melanocortin 1 receptor (MC1R). It is found in specialized cells called melanocytes that are responsible for producing pigments that affect the rock pocket mouse’s coat color. MC1R is a transmembrane protein (see figure), meaning it is embe ...
BioLegend Chemical Probes
... There are so many probes for assessing live/dead status. Which one is right for me? The most practical live/dead probe is an impermeant nucleic acid stain, like the Helix NP™ dyes, that enters a cell with a compromised membrane. However, nucleic acid stains are not fixable, especially if the fixativ ...
... There are so many probes for assessing live/dead status. Which one is right for me? The most practical live/dead probe is an impermeant nucleic acid stain, like the Helix NP™ dyes, that enters a cell with a compromised membrane. However, nucleic acid stains are not fixable, especially if the fixativ ...
service request form
... Fatty Acid Uptake______ Fatty Acid Oxidation______ Lipid Incorporation______ Lipolysis______ f. Mitochondrial Physiology: Type of analyses: isolated mitochondria ________ Tissue _________ Tissue type _________ ...
... Fatty Acid Uptake______ Fatty Acid Oxidation______ Lipid Incorporation______ Lipolysis______ f. Mitochondrial Physiology: Type of analyses: isolated mitochondria ________ Tissue _________ Tissue type _________ ...
4/3
... Difficulties in designing protein chips • Unique process is necessary for constructing each probe element • Challenging to produce and purify each protein on chip • Proteins can be hydrophobic or hydrophilic – Difficult to design a chip that can detect both ...
... Difficulties in designing protein chips • Unique process is necessary for constructing each probe element • Challenging to produce and purify each protein on chip • Proteins can be hydrophobic or hydrophilic – Difficult to design a chip that can detect both ...
Signal transduction
Signal transduction occurs when an extracellular signaling molecule activates a specific receptor located on the cell surface or inside the cell. In turn, this receptor triggers a biochemical chain of events inside the cell, creating a response. Depending on the cell, the response alters the cell's metabolism, shape, gene expression, or ability to divide. The signal can be amplified at any step. Thus, one signaling molecule can cause many responses.