Differences

20 Difference Between Bacteria and Fungi

Table of Contents show 1 Definition of Bacteria 2 Definition of Fungi 3 Key Differences Between Bacteria and Fungi 4 Further Reading...

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This article writter by MN Editors on November 12, 2020

Microbiology Notes is an educational niche blog related to microbiology (bacteriology, virology, parasitology, mycology, immunology, molecular biology, biochemistry, etc.) and different branches of biology.

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Difference Between Bacteria and Fungi
Difference Between Bacteria and Fungi

Definition of Bacteria 

Bacteria are unicellular, prokaryotic organisms, that lack a true nucleus and contain a few membrane-less cell organelles.

  1. Bacteria appear about 3.5 billion years ago on earth, hence they were the first organism on earth.
  2. Bacteria can be autotrophs or heterotrophs depends on the species. Some of them get their nutrition from photosynthesis whereas others get their nutrients from the host cell.
  3. Their size shape, color, and habitats are variable.
  4. There are threes shape of bacteria such as spherical (e.g., cocci), rod-shaped (e.g., Vibrio), and spiral (e.g., Spirochetes).
  5. They reproduce by binary fission or conjugation.
  6. Bacteria are divided into two groups based on their nature of cell walls such as Gram-positive and Gram-negative bacteria.
  7. All bacteria are not pathogenic some of them are harmless or even beneficial.
  8. Some harmless or beneficial bacteria help in the decomposition of organic matters and also helps in the industrial processing of cheese, curd, and yogurt, or other fermented products.
  9. The harmful bacteria can cause tuberculosis, salmonella, strep throat, and spoilage of food.
  10. The components of bacteria are; Glycocalyx, Nucleoid, Pilus, Mesosomes, Flagellum, Cell Wall, Fimbriae, Inclusion/Granules, Ribosomes, Cell membrane, Endospore.

Definition of Fungi

Fungi are multicellular eukaryotic organisms that don’t produce their food on their own and are characterized by the chitinous cell wall.

  • They appear on earth about 900 million years ago and are derived from the protists.
  • They contain hyphae, it is a thread-like structure.
  • They form mycelium when their hypha grows and forms a thick mass.
  • They reproduce sexually as well asexually.
  • Fungi get their nutrients from autotrophs and as well as from the dead and decaying materials.
  • There are present both harmful and harmless fungi. The harmless fungi are used for the production of antibiotics or as a food and for making bread.
  • In ecosystem, they help in the conversation of complex organic compounds to simple inorganic compounds.
  • They can be free-living or may appear in a parasitic or symbiotic relationship with others.
  • The components of fungi are; Nucleus, Cytoplasm, Mitochondria, Golgi Apparatus, Lysosomes and peroxisomes, Endoplasmic Reticulum, Cell Wall, Cytoplasmic Membrane/Plasma Membrane, and Ribosomes.

Key Differences Between Bacteria and Fungi

TopicBacteriaFungi
DefinitionBacteria are unicellular, prokaryotic organisms, that lack a true nucleus and contain a few membrane-less cell organelles.Fungi are multicellular eukaryotic organisms that don’t produce their food on their own and are characterized by the chitinous cell wall.
Prokaryotes/EukaryotesBacteria are Prokaryotic cell.Fungi are Eukaryotic cell.
Single-celled/Multi-celledBacteria are Single-celled.Fungi are Multi-celled.
OrganellesAbsentPresent
NucleusAbsentPresent
Cell wall CompositionMade up of peptidoglycan.Made up of chitin.
Cell MembranePresent below the cell wall.Present.
ShapesThree shapes are found such s spiral, round, and rod shape.Vary in shapes, but most of them are in the form of the thread-like structure called hyphae.
ReproductionAsexual.Sexually or asexually.
MotilityMove through flagellum.They are non-motile.
Derive energy fromBacteria obtain energy from sugars, proteins, and fats.Fungi obtain their energy from the used and pre-existing sources present in an environment.
Presence of sterolAbsent, except mycoplasmaPresent in cell membrane.
Mode of nutritionCan be autotrophs, but usually heterotrophs.Heterotrophs, usually feed on the dead and decayed matter.
Optimum pH for GrowthNeutral 6.7- 7Acidic Atmosphere 4-6
Producer/DecomposerCan be both producer and decomposerDecomposer
ResistanceGriseofulvinAntibiotics such as Penicillium, chloramphenicol, etc.
HostThey do not need a host to grow.They grow their own.
Disease caused by themTuberculosis, rabies, leprosy, tetanus, diphtheria, strep throat, leprosy, pertussis, cholera.Athlete’s foot, aspergillosis, aspergilloma, allergic bronchopulmonary, etc.
ExampleCoccus, Bacillus, Spirillum, Rickettsia, and Mycoplasma, etc.yeasts, rusts, smuts, mildews, molds, and mushrooms.

Further Reading

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