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Biomolecules
Molecules that make up living things six common elements making up them ( c,H,O,N,S,P)
Carbohydrates
Cn H2nOn also known as polydroxiketones
They help to conserve arterial pressure and provide energy for the body
Polysaccharides
More than then monomers
Glyceraldehydo
3 carbons
Ribose
5 carbons
Glucose
Six carbons
Fructosa
Six carbons
Saccaharose
Glucose+fructose
Saccaharose
Glucose+fructose
Glucose
Sugar vegetal origin used by living
Saccaharose
Glucose+fructose
Glucose
Sugar vegetal origin used by living
Fructose
Sugar found in fruits and honey
Saccaharose
Glucose+fructose
Glucose
Sugar vegetal origin used by living
Fructose
Sugar found in fruits and honey
Galactose
Animal origin sugar that when bonded with glucose forms lactose
Saccaharose
Glucose+fructose
Glucose
Sugar vegetal origin used by living
Fructose
Sugar found in fruits and honey
Galactose
Animal origin sugar that when bonded with glucose forms lactose
Maltose
Disaccharides present in malt and other grains, also in beer
Lipids
Among their main functions we can find:
Thermal isolation
Organ protection
Energy reserve and hormones
Proteins
The union of aminoácids and Pepedic bond
Stereoscopic microscopic
Animal dissection, colony observation, parasite detection
Endoplasmic reticulum
Membrane where protein synthesis occurs and maturation occurs
Golgi apparatus
Proteins a packed for distribution inside or outside the cell
Vacuoles
Stores water and temporary storage of disposal substances
Lysosomes
Contain different digestive enzymes for degrading cellular material
Centrioles
Paired organelles that serve as force centers for cell division
Mitochondria
Power source for the cell providing energy
Chloroplasts
Contain chlorophyll and makes photosynthesis
Cilia
Locomotion feeding and cleaning
Flagella
Projections for locomotion and feeding
Metabolism
All chemical reactions happening inside the cell
Hook thought about monk cells
Anton van Leeuwenhoek
Main discovers of the cell
Enzymes
Biocatalizers that accelerate chemical reactions in living beings
ATP
Adenosine triphosphate
Passive transport
Simple difussion
Osomosis
Facilitated diffusion
Do not requires energy
Active transport
Endocitosis
Exocitosis
Requires energy
Catabolism
Energy is freed from the braking of molecules into smaller ones
Anabolism
Use free energy to build larger molecules from small ones
Cellular respiration
Three stages glucosis ciclo de Krebs and electrones transport or oxidative
Fermentation
uses food production like cheese yogurt, ICE Cream
Prokaryotic cells
Cellular membrane, no nucleus, small and simpler, bacterias
Eukaryotic cells
Cellular membrane, big and complex,
Cell wall
Rigid barriers that gives protection to the cell
Citoplasm
Semi fluid material contained by the cell membrane
Cytoskeleton
Skeleton of the cell provides structure and compressibility
Nucleus
Control center of the cell
Nuclear membrane
Isolated the nucleus
Ribosomes
Organelle where protein synthesis occurs