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A-Levels Biology: > Why do plants need an specialised transport system? > Flashcards

Why do plants need an specialised transport system? Flashcards

(0 cards)

A-Levels Biology: (113 decks)

Biological Molecules: Properties of water

Biological Molecules: Roles of Water.

Biological Molecules: Monosaccharides

Biological Molecules: Alpha and Beta Glucose/

Cell Structure: The Structure of Eukaryotic Cells _ prokayrotic cells

Cell Structure: The Structure and function of the nucleus.

Biological Molecules: Disaccharides

Biological Molecules: Structure and properties of starch

Testing For Biological Molecules: Reducing sugars.,

Cell Structure: Endoplasmatic Reticulum and Golgi Apparatus.

Testing For Biological Molecules: Non- Reducing sugars.,

Biological Molecules: Structure and function of cellulose.

Biological Molecules: Structure and Properties of Glycogen

Biological Molecules: Triglycerides

Biological Molecules:Phospholipids.

Biological Molecules: Amino Acids.

Cell Structure: Cell Fractionation

Cell Structure: Mitochondria

BIOLOGY MATHS CONVERSIONS AND EQUATIONS;

Cell Structure: The Cell wall.

Cell Structure: Vacuole in Cells.

Biological Molecules: Protien Structure 1

Biological Molecules: Protien Structure 2

Using a colorimeter to quantify glucose 1:

Biological Molecules: Bonding in protiens.

Globular Proteins:

Fibrous Proteins:

Cell Division: Cell division by mitosis

Cell Division: Stages of mitosis

Testing For Biological Molecules: Protein and Lipids

Using a colorimeter to quantify glucose 2:

Enzymes: Structure + factors

Enzymes: Induced fit theory model + lock and key

Enzymes: Competitive inhibitor

enzymes: Non-Competitive Inhibitors:

Enzymes: Effect of temperature on enzyme controlled reactions

Enzymes: The Effect of pH on Enzymes

Fluid Mosaic Model of cell membrane

Membrane Proteins:

Structure of DNA and RNA:

DNA replication:

Semi-Conservational + Conservational replication:

Osmosis + Water potential:

Facilitated Diffusion:

Active Transport:

The Effects of Osmosis on Animal and Plant Cells":

Gcse context for immunity:

Immune response:

Monoclonal antibodies:

Specific structure of antibodies:

Uses of monoclonal antibodies:

Producing Monoclonal antibodies:

HIV STRUCTURE + replication

Cell Division By Meisosis

Stages of Meiosis

Surface Area volume ratio

Exchange in insectd

Exhange in bony fish

Gas Exchange in Mammals"

Breathing in humand

Why do plants need an specialised transport system?

Structure and gas exchange in a leaf:

Microcopes: types

Cell Division: Eukaryotic cells and prokaryotic cells

Haemoglobin and the Oxygen Dissociation Curve

The Human Circulatory System

Arteries and Arteriole

Structure and Function of Capillaries

Tissue Fluid and Lymph Fluid

Structure and function of veins

Structure of the human heart

Function and Formation of TISSUE FLUID: A level Biology. How it is formed and reabsorbed

Lipid Digestion & Absorption

cardiac cycle graphs- pressure side

Cardiac cycle graphs- volume graph

Structure of HAEMOGLOBIN and Oxyhaemoglobin dissociation curves.

structure of haemoglobin

Structure of red blood cells

human gas exchange

insect gas exchange

fish gas exchange

Transpiration and cohesion tension theory

GENETIC DIVERSITY & NATURAL SELECTION:

courtship behavior

Mass transport of sucrose

chromosome mutations

types of variation

controlled reactions

enzye related graphs and practicals

graph related calculations

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