morphologically

Examples of morphologically in the following topics:

• Bacterial Differentiation

  • Several bacteria alter their morphology in response to the types and concentrations of external compounds.
  • Bacterial morphological plasticity refers to evolutionary changes in the shape and size of bacterial cells.
  • As bacteria evolve, morphological changes occur to maintain the consistency of the cell.
  • Nutritional stress can change bacterial morphology.
  • However, it returns to a regular rod-like morphology when adding back these nutrients.

• Morphologically Unusual Proteobacteria

  • The two main groups of morphologically unusual proteobacteria include spirillum and prosthecate bacteria.
  • Two main groups of morphologically unusual proteobacteria include spirillum and prosthecate bacteria.

• General Morphology

  • Viruses display a wide diversity of shapes and sizes, called morphologies.
  • In general, there are five main morphological virus types :
  • The capsid is made from proteins encoded by the viral genome and its shape serves as the basis for morphological distinction.

• Viruses of Archaea

  • The morphology and the genome appear to be unique.
  • Most have head-tail morphologies and linear double-stranded DNA genomes.
  • Other morphologies have also been described including spindle shaped, rod shaped, filamentous, icosahedral, and spherical.
  • Additional morphological types may exist.
  • The morphology and the genome appear to be unique.

• Phenotypic Analysis

  • Bacteria, algae, and fungi have been identified in amber that is 220 million years old, which shows that the morphology of microorganisms has changed little since the Triassic period.
  • Some of the early phylogenetic trees of the prokaryote world were morphology-based.
  • There are some basic differences between Bacteria, Archaea, and Eukaryotes in cell morphology and structure which aid in phenotypic classification and identification:
  • Due to lateral gene transfer, some closely related bacteria can have very different morphologies and metabolisms.
  • Basic morphological differences between bacteria.

• Class Scyphozoa

  • Scyphozoans are free-swimming, polymorphic, dioecious, and carnivorous cnidarians with a prominent medusa morphology.
  • Scyphozoans display a characteristic bell-like morphology.

• Classification of Receptors by Stimulus

  • Somatic sensory receptors near the surface of the skin can usually be divided into two groups based on morphology:
  • Sensory receptor cells differ in terms of morphology, location, and stimulus.

• Structure and Function of the Muscular System

  • The muscular system controls numerous functions, which is possible with the significant differentiation of muscle tissue morphology and ability.
  • Muscle tissue can be classified functionally as voluntary or involuntary and morphologically as striated or non-striated.
  • Morphologically skeletal myocytes are elongated and tubular and appear striated with multiple peripheral nuclei.

• Morphology of Sponges

  • The morphology of the simplest sponges takes the shape of a cylinder with a large central cavity, the spongocoel, occupying the inside of the cylinder .
  • The gel-like consistency of mesohyl acts as an endoskeleton, maintaining the tubular morphology of sponges.

• Viral Morphology

  • The most obvious difference between members of viral families is their morphology, which is quite diverse.