The surface colonies on a pour plate larger than those within the medium especially aerobic bacteria within the medium would be a restriction of growth. The restriction of growth would be due to the lack of oxygen.
The colonies on the surface of a pour plate are obligate aerobes, they need oxygen to grow. The colonies suspended in the agar of the pour plate is facultative anaerobe, where they can live with or without oxygen.
Bacterial colonies appear on the surface and below the surface in a pour plate. This is because there were already bacteria present when the medium was poured.
Well, first of all, the colonies growing on the surface of the agar medium are aerobic . . . that is, they need air - Oxygen - to survive. The anaerobic colonies growing within the agar medium may simply be slower growing or maturing, for some reason. Perhaps that is simply due to their being anaerobic.
a colloid
Many species of plants and fungi have the ability to grow both on the surface and within the medium. For example, certain grasses and weeds can grow both above and below the soil surface. Similarly, some types of fungi, like mushrooms, can grow both on the ground's surface and within the decaying organic material.
Surface fermentation refers to those fermentations in which the microorganisms utilised grows on the surface of the fermentation media.Examples being citric acid surface fermentation process wherein the microorganism aspergillus niger grows as a thick floating mycelial mat over the surface of the media used. Submerged fermentation refers to those fermentations wherein microorganisms employed grows in submerged state within the fermentation media.many fermentations fall in this category like penicillin submerged fermentation technique
Igneous rocks formed within the earth crust have larger crystals than those formed on the surface because they have little or no interaction with atmospheric conditions and they cool very slowly.
Well, first of all, the colonies growing on the surface of the agar medium are aerobic . . . that is, they need air - Oxygen - to survive. The anaerobic colonies growing within the agar medium may simply be slower growing or maturing, for some reason. Perhaps that is simply due to their being anaerobic.
a colloid
No, they grow within agar and have an oval shape.
Many species of plants and fungi have the ability to grow both on the surface and within the medium. For example, certain grasses and weeds can grow both above and below the soil surface. Similarly, some types of fungi, like mushrooms, can grow both on the ground's surface and within the decaying organic material.
The surface water areas of the Philippines covers a larger space than those of the surface land areas. This is possible because 3/4 of the Earth is covered by water.
Two colonies of bats roost within Carlsbad Cavern. The larger population is estimated at about 400,000 bats, the other about 300-400.
The following are some advantages of an agar plate verses a slant tube: 1. Surface area- An agar plate has a much larger surface area: a. Easier to isolate individual colonies using the streak-plate method. i. Evaluate the colony shape, margin and elevation. b. Can grow a larger number of cells. 2. Growth- An agar plate allows you to quantify the number of colonies on an agar plate, provided it is within the 30-300 range. Whereas the slant tube cannot quantify growth but only describes growth as none, slight, moderate, or large.
Surface fermentation refers to those fermentations in which the microorganisms utilised grows on the surface of the fermentation media.Examples being citric acid surface fermentation process wherein the microorganism aspergillus niger grows as a thick floating mycelial mat over the surface of the media used. Submerged fermentation refers to those fermentations wherein microorganisms employed grows in submerged state within the fermentation media.many fermentations fall in this category like penicillin submerged fermentation technique
Inwardly; within the enveloping surface, or the boundary of a thing; within the body; beneath the surface. Or On or from the inside.
Igneous rocks formed within the earth crust have larger crystals than those formed on the surface because they have little or no interaction with atmospheric conditions and they cool very slowly.
There were no areas claimed by Spain within the confines of the original 13 colonies.
A narrow field of study within a larger field is often called a sub-discipline.