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Aerococcus viridians

Aeromonas caviae

Aeromonas hydrophila

Corynebacterium xerosis ( Positive sporeforming? )

Corynebacterium pseudodipthericium

Escherichia coli ( Non sporeforming

Lactobacillus acidophilus

Micrococcus roseus ( Nonsporeforming )?

Proteus mirabilis ( Non sporeforming )?

Proteus vulgaris ( Non sporeforming )?

Providencia alcalifaciens

Rhodococcus rhodochrous

Serratia marcescnes

Sporosarcina ureae

Staphylococcus aereus

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What is the difference between seed bearing and spore baring plants?

Seed-bearing plants reproduce via seeds, which are produced within a specialized structure called the ovary. These plants include flowering plants (angiosperms) and some gymnosperms. Spore-bearing plants, on the other hand, reproduce via spores, which are typically produced in specialized structures such as sporangia. This group includes ferns, mosses, and some algae.


Group of small plants that make spores?

Mosses, ferns, and some types of algae are examples of small plants that reproduce by spores. Spores are single cells that can develop into new plants under suitable conditions. These plants are known as spore-bearing plants or cryptogams.


Examples of seed bearing plants?

Some examples of seed bearing plants include sunflowers, apples, peas, and acorns. These plants produce seeds as a means of reproduction, which can then grow into new plants when they are dispersed and germinate under suitable conditions.


Where can i get List of spore forming gram positive bacteria?

You can find a list of spore-forming Gram-positive bacteria in various microbiology textbooks, research articles or online databases specific for microbiology information. Some common examples of spore-forming Gram-positive bacteria include Bacillus and Clostridium species.


Which adaptation allowed gymnosperm plants to out-compete spore-bearing plants?

The evolution of seeds in gymnosperms allowed them to out-compete spore-bearing plants by providing a protective and nutrient-rich environment for the embryo to develop. Seeds also have adaptations for dispersal, enabling gymnosperms to colonize diverse habitats and spread more efficiently than spores.