Lesson: Cell Structures and Functions Flashcards
"The larger the cell, the greater the surface area required to maintain it"
Lacks of nuclear and membrane
prokaryotic cells
Cell that has a nucleus and other membrane-bound organelles
eukaryotic cells
Size of prokaryotic cell
0.2-5 micrometers
Protection part of prokaryotic cell
Capsule
Rigidity and Shape of Prokaryotic Cell
Cell wall
Permeability barrier of Prokaryotic Cell
Plasma membrane
Genetic material of Prokaryotic Cell
Plasmid
DNA Region of Prokaryotic Cell
Nucleoid
Where the DNA, Ribosomes found of Prokaryotic Cell
Cytoplasm
Protein is synthesized of Prokaryotic Cell
Ribosome
Appendage and Adhesion of Prokaryotic Cell
Pilus
Movement of Prokaryotic Cell
Flagellum
Nucleus, Nucleopore, Nucleolus, Ribosomes, Rough Endoplasmic Reticulum, Smooth Endoplasmic Reticulum, Cytoplasm, Mitochondrion, Lysosomes, Golgi body, Centrioles, Microtubule
Parts of Eukaryotic Cell
Outermost covering and cell wall of Eukaryotic Cell
Cell membrane
Experimented on Lipid from erythrocytes
Gorter and Grendel
Phospholipid bilayer coated with protein
Davidson and Danielli
Fluid Mosaic Model
Singer and Nicolson
IMP
Integral Membrane Proteins
Intercommunicating channels with sac and tubules
Endoplasmic reticulum
Production and Folding of Protein
Rough Endoplasmic Reticulum
Tubular / Manufacture and Metabolism of Lipids / Biosynthesis
Smooth Endoplasmic Reticulum
Endoplasmic Reticulum to Golgi Apparatus To Membranous Pouch To Smooth Endoplasmic Reticulum To Plasma Membrane
Golgi Apparatus
The Folds of Mitochondrion
Cristae
Space inside of Mitochondrion
Matrix
yadyadyadyadya
Outer membrane and inner membrane
Powerhouse of the cell
Mitochondrion
SSM with ITD
Small Spherical Membrane with Intracellular Digestion
Digestion, Disease Caught, Worn out and broken
Lysosome
LD with M
Large density with Membrane
Secretes: Enzyme, Proteins and Signaling
Secretory Granules
FAS A BSB with OT
Fatty acid and Sterol; Adipocytes Black Spherical Bodies; with Oxidation Tetroxide
Suspended Non Membranous
Cytoplasmic Inclusions
15-20 nm makes protein
Ribosome
Float freely in the cytoplasm (Ribosomes)
Inside
Attached to the ER (Ribosomes)
Outside
Mitosis Spindle / Longitudal Fashion / 3 Circles
Centriole
Cytoskeleton of the cell
Microtubule
Tubulin and Spindle apparatus
Microtubule
CCF maintaining shape
Microtubule
Resiliency Against Forces
Microfilaments
Glucose Cycle
Glycogen Granules
Possess their own color
Pigmentation
Storage of Hereditary Information and Ribonucleic Acid
Nucleus
Nucleus parts
Nuclear Membrane, Nucleus in nucleoplasm, Nucleopores
Localization signals to pass molecules
Nuclear pores
How many subunits (of nuclear pores)
8
Forms Chromosomes
Chromatin
Forms nucleic acid and proteins
Nucleus
(In plant cells) Cell wall are rigid due to
Pectin and lignin
(In plant cells) It has primary wall that goes secondary wall
Cell wall
(In plant cells) Store and waste / 90% portion / Cyanide danger
Water vacuoles
(In plant cells) Plastids consists of?
Chloroplasts, Chromoplasts, Leucoplasts
(In plant cells) Chromoplasts synthesize?
Carotene and xanthophyll
(In plant cells) Stores SLP
Starches Lipids and Proteins Leucoplasts
(Cell Modifications and Adaptations) Increased surface area
Microvilli
(Cell Modifications and Adaptations) Impulses brain and spinal chord
Nerve cells
(Cell Modifications and Adaptations) 2-3 micrometer for blood vessels
Red blood cells
(Cell Modifications and Adaptations) have ______ to make impurities “be gone”
Cilia, Tracheal cells
(Cell Modifications and Adaptations) Flagellum and Mitochondria
Sperm Cell
(Cell Modifications and Adaptations) Absorption area, increased [plant btw]
Root hairs
(Cell Modifications and Adaptations) Elongated
Palisade of mesophyll
(Cell Modifications and Adaptations) Material transport
Xylem and phloem
(Cell Modifications and Adaptations) “Connected”
Cell-cell junctions