Biological Molecules & Enzyme
Microscope & Cell
Cellular Transport
Transport in Plant
Transport in Human
100

Molecule for energy storage

Fat/ Lipid
100

part of microscope that magnify image of object

lens

100
molecule transport without using energy

passive transport

100

plant tissue that carries water

xylem

100

the vessel that carry blood from body tissue to the heart

veins

200

Glucose, Lactose, Amylum, Glycogen are examples of  this Biological Molecule

Carbohydrate

200

part of cell that control cell activity

nucleus

200

the movement of water from hypotonic to hypertonic solution

osmosis

200

attraction between water molecules so it can move upward by transpiration

cohesion

200

the blood cells

white blood cells, red blood cells, platelets

300

Enzyme is biological catalyst made of this molecule

Protein

300

formula to calculate magnification power of microscope

objective lens X ocular lens

300

characters of cell membrane for molecule transport

semipermeable/ selective permeable

300

attraction between water molecule and xylem wall so it produce capillary action

adhesion
300

4 chambers of the heart

left atrium, right atrium, left ventricle, right ventricle

400

The part of enzyme for substrate attachment

Active site
400

organelle for cellular respiration/ ATP production

mitochondria

400

diffusion accross cell membrane helped by protein transport

facilitated diffusion

400

plant tissue that carries photosynthesis product

phloem

400

the smallest vessel that connect artery and vein

capillary vessel

500

An enzyme that break down protein in stomach

pepsin

500

organelles involved in protein production

rough ER, ribosome, golgi body

500

cell transport that need energy from ATP

active transport

500

the strongest force that pulls water from root to leaf

transpiration

500

the organ that pumps blood to body

heart

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