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Protist and Fungi. You will be able to explain how protists and fungi are similar and different than other common microscopic organisms. Prokaryote (Bacteria Cell). Can Not See Nucleus Much smaller than Eukaryote cells No visible organelles Contains DNA and RNA.

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protist and fungi

Protist and Fungi

You will be able to explain how protists and fungi are similar and different than other common microscopic organisms.

prokaryote bacteria cell
Prokaryote (Bacteria Cell)
  • Can Not See Nucleus
  • Much smaller than Eukaryote cells
  • No visible organelles
  • Contains DNA and RNA
eukaryote cells protists and fungi
Eukaryote Cells: Protists and Fungi
  • Much larger
  • Can See Nucleus (Brain of Cell) and organelles
  • Complex cell can do more than Prokayote
  • Has Specialized Functions in multi-cellular organisms
  • Contains DNA and RNA
  • DNA mainly in nucleus
protist characteristics
Protist Characteristics
  • Much larger than bacteria and viruses
  • Animal-like though 1 makes its food by photosynthesis
  • Made up of eukaryote cells—You can see nucleus and organelles (unlike prokaryote bacteria)
  • Most unicellular but some are multi-cellular ( certain algae )
  • Only found in moist environments (water)
  • 4 basic types of Protists
  • Reproduce using Fission (cloning/asexual) and Fussion (conjucation/sexual)





protist 1 paramecium
Protist 1: Paramecium
  • Eukaryote- can see nucleus and organelles
  • Covered in cilia
  • Found in Water
  • Has 2 Nucleuses
  • Feeds on other protists (algae and Euglena)

Contracting Vacuole



protist 2 ameoba
Protist 2: Ameoba
  • Eukaryote- can See organelles and Nucleus
  • Move with Pseudopodia
  • Found in bottom in the sediment of most water systems
  • Engulfs food by surrounding it
  • Causes diseases such as malaria, and dysentery and rare form eats brain of humans!



protist 3 volvox and algae
Protist 3: Volvox and Algae

Volvox (colony of algae cells)

  • Eukaryote- can See Nucleus and organelles
  • Green organelles called chloroplasts
  • Autotrophic-makes own food
  • Some live as colony (Volvox)
  • Some deadly release toxin known as the Red Tide

Red Tide

protist 4 euglena
Protist 4: Euglena
  • Eukaryote- can see Nucleus and organelles
  • Is both Plant and Animal; makes and eats food
  • Found in water
  • Has long tail called flagellum
  • Has “eyespot” to detect light (Stigma)
  • Green color from chloroplasts
protist or protozoans 4 basic traits
Protist or Protozoans: 4 Basic Traits
  • Most Animal like
  • Lack cell walls and most heterotrophic
  • Move with cilia, pseudopodia (little feet) or flagellum
  • Found mainly in water
  • Cause Diseases such as Malaria and Dysentery
  • Malaria video
  • Eukaryote organisms
  • Not True Plants
  • Can be unicelled or multicellular
  • Produce up to 60% of the world’s oxygen
slime molds
Slime Molds
  • Slime mold is a broad term describing fungus-like organisms that use spores to reproduce
  • Slime molds were formerly classified as fungi, but are no longer considered part of this kingdom.
  • Their common name refers to part of some of these organisms' life cycles where they can appear as gelatinous "slime".
mold fungi characteristics
Mold/Fungi Characteristics
  • Eukaryotes – can see nucleus and organelles
  • Have cell walls made of chitin (insect skeleton material)
  • Unable to make their own food so act as parasites: absorb food from other living/decaying things
  • use spores to reproduce
  • Like to grow in warm moist areas: ARCH ENEMY of BACTERIA
cell structure
Cell structure
  • Size is anywhere from tiny unicellular to large multicellular
  • Lightweight spores are surrounded by a protective covering and can be carried easily through the air or water to new sites
  • Mushrooms
  • Athletes foot
  • Mold
closing of microlife
How do we protect ourselves from these pathogens?





What type of medicines work against them?



Chlorine in water

Antifungal medicines

Closing of Microlife
what makes pathogens dangerous
What makes pathogens dangerous?
  • Fact One:
  • How easily it spreads from organism to organism (person to person)
  • Fact Two:
  • How rapidly can the Pathogen reproduce itself
preventing spread of disease
Preventing Spread of Disease
  • Active Immunity- your body is producing antibodies to fight it off. (Vaccine or prior exposure)
  • Passive Immunity- you are injected with antibodies from another organism to fight it off; allows time for your body to find and make antibodies before you become ill
  • Biotechnology- use of living organisms to produce products for human use.
  • Products can be such as genetically altered food such as milk, corn, and tomatoes
  • Piggybacked viruses, using a harmless virus to produce capsid of a more harmful one. Idea is that harmless virus will makes “protein coat” of harmful one so that your body could make antibodies for the “bad one”