scientists and discoveries
cell theory and size
prokaryotic cells
eukaryotic cells
plants vs. animals and microscopes
100

he described cells after looking at cork and named single celled organisms

who is Robert hooke 

100

this statement forms the core baseline of cell theory regarding what organisms are made of

what is all organisms are composed of one or more cells

100

in terms of size and structure, prokaryotic cells are described as this 

what is small, simple, and single celled

100

compared to prokaryotic cells, eukaryotic cells are typically described as this

what is much bigger and multicellular

100

plant cells uniquely feature a cell wall, a central vacuole, and these solar capturing structures

what are chloroplasts

200

he looked at pond scum and single celled organisms which he called animalicules

who is anton van leeuwenhoek

200

this principle states that the cell is considered the basic unit of this

what is life

200

unlike eukaryotic cells prokaryotic cells lack a nucleus and these

what are other organelles

200

eukaryotic cells contain a true nucleus where the DNA is located, as well as this membrane system

what is the endoplasmic reticulum

200

animal cells uniquely feature these three structures that plant cells lack

what are centrioles, flagella, and lysosomes

300

this scientist concluded that plant parts are made of cells

who is schleidan

300

according to the cell theory, new cells come from these

what are preexisting cells that had to divide

300

these domains of life are given as examples of prokaryotic cells

what are bacteria and archaea

300

eukaryotic cells contain organelles with many functions, which makes the cell more of this

what is complex/more advanced

300

this microscope allows you to see inside the cell

what is a TEM/ transmission electron microscope

400

this scientist concluded that animal tissues are composed of cells 

who is schwann

400

this specific mathematical property explains why cells stay small

what is high surface to volume ratio

400

despite lacking many internal structures, prokaryotic cells still contain this outer boundary layer

what is the cell wall
400

both animal and plant cells fall under this category because they both share this primary genetic container

what is having a nucleus

400

this microscope allows you to see the surface of the cell 

what is a SEM/scanning electron microscope

500

he stated that cells must arise from preexisting cells

who is virchow

500

this is the primary cellular function that a high surface to volume ratio facilitates

what is the exchange of materials into and out of the cell

500

both prokaryotic and eukaryotic cells share these two essential internal components for protein production and energy use

what are ribosomes and the ability to use ATP for energy

500

shared across all cell types, these four structural similarities are found in both animal and plant cells; plasma membrane, cytoplasm/cytoskeleton, chromosomes/DNA, and this structure.

what are ribosomes

500

this is the unique capability of a light microscope that differentiates it from the other two electron microscopes lister

what is being able to see a living cell

M
e
n
u