Page of 2 YEAR 2014/15 SUPERVISOR: DR HELEN DODSON
... PROJECT TITLE: ANALYSIS OF H2AX PROTEIN ABUNDANCE IN HUMAN BREAST CANCER CELLS Brief Resume of your Project's outcomes for the Society's Website: (no more than 200-250 words). The title of your project and a brief 200-250 word description of the proposed/completed project. The description should inc ...
... PROJECT TITLE: ANALYSIS OF H2AX PROTEIN ABUNDANCE IN HUMAN BREAST CANCER CELLS Brief Resume of your Project's outcomes for the Society's Website: (no more than 200-250 words). The title of your project and a brief 200-250 word description of the proposed/completed project. The description should inc ...
Structure, Function and Homeostasis
... • Plasma membrane (skin) that separates them from the environment. • Skeletonsfor protection & support (proteins) • Move (via proteins) • Communicate (via hormones) • Harness & use Energy (produce enzymes, heat) • Reproduce (maintain & copy blueprint for life) ...
... • Plasma membrane (skin) that separates them from the environment. • Skeletonsfor protection & support (proteins) • Move (via proteins) • Communicate (via hormones) • Harness & use Energy (produce enzymes, heat) • Reproduce (maintain & copy blueprint for life) ...
The Cell
... Connects outer nuclear membrane with the cell membrane. Function as channels within the cell. Two types: Smooth and Rough. Smooth are for fat and membrane protein production. Rough have ribosomes on its surface and synthesize other proteins ...
... Connects outer nuclear membrane with the cell membrane. Function as channels within the cell. Two types: Smooth and Rough. Smooth are for fat and membrane protein production. Rough have ribosomes on its surface and synthesize other proteins ...
Chapter 3
... Not all cells look or perform the same function _____________ - process of specific regulation of gene expression In general, differentiation is the result of highly programmed pattern of gene activation and gene repression Gene expression is controlled at __________ – Switches to turn on and ...
... Not all cells look or perform the same function _____________ - process of specific regulation of gene expression In general, differentiation is the result of highly programmed pattern of gene activation and gene repression Gene expression is controlled at __________ – Switches to turn on and ...
Mini RNA sequences to repair hearing?
... Professor Malgrange's team discovered that microRNAs, small fragments of RNA, do not code for proteins, as their bigger counterparts do, due to their small size. "These mini RNA sequences were discovered around fifteen years ago and between 1500 to 2000 of them have been identified up to the present ...
... Professor Malgrange's team discovered that microRNAs, small fragments of RNA, do not code for proteins, as their bigger counterparts do, due to their small size. "These mini RNA sequences were discovered around fifteen years ago and between 1500 to 2000 of them have been identified up to the present ...
Biology Midterm Review Sheet
... _____ c. Each enzyme is specific, it only works on one type of substance _____ d. Enzymes become denatured (melt) at high temperatures _____ e. Enzymes work best at a narrow pH range _____ f. Enzymes can not be reused. _____ g. Proteins are made of building blocks called amino acids _____ h. Protein ...
... _____ c. Each enzyme is specific, it only works on one type of substance _____ d. Enzymes become denatured (melt) at high temperatures _____ e. Enzymes work best at a narrow pH range _____ f. Enzymes can not be reused. _____ g. Proteins are made of building blocks called amino acids _____ h. Protein ...
CELL PROBLEMS
... Explain why they burst in urea and glycerol and not in glucose and why bursting in glycerol is delayed. 16. Is a plant cell in water always turgid? 17. Assume that two plant cells have identical volumes in water. When the cells are placed in 0.3 M sucrose (table sugar, consisting of linked glucose a ...
... Explain why they burst in urea and glycerol and not in glucose and why bursting in glycerol is delayed. 16. Is a plant cell in water always turgid? 17. Assume that two plant cells have identical volumes in water. When the cells are placed in 0.3 M sucrose (table sugar, consisting of linked glucose a ...
BIO 1101 - Makerere University Courses
... SEMESTER WHEN OFFERED: Semester One of Year One VENUE: DOSATE Biology Laboratory COURSE DESCRIPTION This course is designed to acquaint biology student-teachers with knowledge about the cell theory and origin of life. It also describes the functions, structures and division processes of biological c ...
... SEMESTER WHEN OFFERED: Semester One of Year One VENUE: DOSATE Biology Laboratory COURSE DESCRIPTION This course is designed to acquaint biology student-teachers with knowledge about the cell theory and origin of life. It also describes the functions, structures and division processes of biological c ...
Celltasia: Celltasia was born of frustration, on a number of levels
... Cells are the fundamental unit of all life. Just like the organisms that they comprise, cells are born, live their life, and eventually die. Necrosis, or sudden death, is the result of trauma from an external source. The cell lyses (breaks open), spilling its contents into the extracellular space. A ...
... Cells are the fundamental unit of all life. Just like the organisms that they comprise, cells are born, live their life, and eventually die. Necrosis, or sudden death, is the result of trauma from an external source. The cell lyses (breaks open), spilling its contents into the extracellular space. A ...
Immune ppt
... Fluid and certain types of white blood cells leak from blood vessels into nearby tissues. The white blood cells (phagocytes) then fight the pathogen. During the inflammatory response, the affected area becomes red, swollen, and warm. Fever may also occur. ...
... Fluid and certain types of white blood cells leak from blood vessels into nearby tissues. The white blood cells (phagocytes) then fight the pathogen. During the inflammatory response, the affected area becomes red, swollen, and warm. Fever may also occur. ...
chapter 2 answers
... surface area to volume. It has twice as much surface area as the larger cell, for the same amount of volume. 9. Tissues, organs, and organ systems are required in large Multicellular organisms because individual cells depend on diffusion to obtain nutrients and get rid of wastes. An individual cell ...
... surface area to volume. It has twice as much surface area as the larger cell, for the same amount of volume. 9. Tissues, organs, and organ systems are required in large Multicellular organisms because individual cells depend on diffusion to obtain nutrients and get rid of wastes. An individual cell ...
Name Plant Cell Riddles Cell Riddles 1. I am a thin protective layer
... _____________________ 1. I am a thin protective layer around the cell, but I am not one solid piece. I have tiny openings that allow materials to pass in and out of the cell. (Color me orange) _____________________ 2. I am the “Brain” of the cell, and I control all the activities of the cell. (Color ...
... _____________________ 1. I am a thin protective layer around the cell, but I am not one solid piece. I have tiny openings that allow materials to pass in and out of the cell. (Color me orange) _____________________ 2. I am the “Brain” of the cell, and I control all the activities of the cell. (Color ...
The Cell in Action
... smaller through but obviously will stop big molecules from entering the cell. Water is small enough to get through and enters by diffusion. Water will enter until equilibrium ...
... smaller through but obviously will stop big molecules from entering the cell. Water is small enough to get through and enters by diffusion. Water will enter until equilibrium ...
cell theory
... CELL SIZE • Surface are is an important factor in limiting cell growth because The cell may become too large to take in enough food and to remove enough waste. ...
... CELL SIZE • Surface are is an important factor in limiting cell growth because The cell may become too large to take in enough food and to remove enough waste. ...
Biology Semester 1 Review
... 12. Describe how the four types of lipids differ in structure from one another. 13. Why do phospholipids orient in a bilayer when in a watery environment, such as a cell? 14. . Explain the function of each type of lipids. 15. Where is each type of lipid found? 16. Compare and contrast condensation/d ...
... 12. Describe how the four types of lipids differ in structure from one another. 13. Why do phospholipids orient in a bilayer when in a watery environment, such as a cell? 14. . Explain the function of each type of lipids. 15. Where is each type of lipid found? 16. Compare and contrast condensation/d ...
Jim Bidlack - BIO 4454/5454 MOLECULAR CELL PHYSIOLOGY
... Cancer: cells multiply but are not needed ...
... Cancer: cells multiply but are not needed ...
DNA Extraction from Plant and Animal Cells
... The objective was to determine if it is easier to extract more DNA from animal cells than from plant cells. My hypothesis is that it is more difficult to extract DNA from plant cells due to their stiff cell wall that is not found in animal cells. The amount of DNA extracted from plant cells should i ...
... The objective was to determine if it is easier to extract more DNA from animal cells than from plant cells. My hypothesis is that it is more difficult to extract DNA from plant cells due to their stiff cell wall that is not found in animal cells. The amount of DNA extracted from plant cells should i ...
Neuroembryology as a Process of PaYern FormaVon Outline The
... The Development of Brains • Today, we will focus on how the brain develops as a complex process of pa5ern forma8on resul8ng in large part from self-‐ organiza8on • For development, self-‐organiza8on is a ...
... The Development of Brains • Today, we will focus on how the brain develops as a complex process of pa5ern forma8on resul8ng in large part from self-‐ organiza8on • For development, self-‐organiza8on is a ...
Biology 1406 Chapter 7 Lecture Notes
... Isotonic- this is when the concentration of solute outside and inside the cell are the same.Water will enter and leave the cell at the same rate in this situation. Moving Substances Into and Out of the Cell Facilitated Diffusion- the movement of a substance across the plasma membrane from an area o ...
... Isotonic- this is when the concentration of solute outside and inside the cell are the same.Water will enter and leave the cell at the same rate in this situation. Moving Substances Into and Out of the Cell Facilitated Diffusion- the movement of a substance across the plasma membrane from an area o ...
Cell Structure
... Procaryotic: These cells are simple in structure, with no recognizable organelles. They have an outer cell wall that gives them shape. Just under the rigid cell wall is the more fluid cell membrane. The cytoplasm enclosed within the cell membrane does not exhibit much structure when viewed by electr ...
... Procaryotic: These cells are simple in structure, with no recognizable organelles. They have an outer cell wall that gives them shape. Just under the rigid cell wall is the more fluid cell membrane. The cytoplasm enclosed within the cell membrane does not exhibit much structure when viewed by electr ...
Structure and Function of the Mitochondria - Room N
... Sugar are broken apart. Energy is released and Carbon Dioxide and water are given off as waste ...
... Sugar are broken apart. Energy is released and Carbon Dioxide and water are given off as waste ...
Cell culture
Cell culture is the process by which cells are grown under controlled conditions, generally outside of their natural environment. In practice, the term ""cell culture"" now refers to the culturing of cells derived from multicellular eukaryotes, especially animal cells, in contrast with other types of culture that also grow cells, such as plant tissue culture, fungal culture, and microbiological culture (of microbes). The historical development and methods of cell culture are closely interrelated to those of tissue culture and organ culture. Viral culture is also related, with cells as hosts for the viruses. The laboratory technique of maintaining live cell lines (a population of cells descended from a single cell and containing the same genetic makeup) separated from their original tissue source became more robust in the middle 20th century.