In their DNA or RNA.
Yes, viruses can be crystallized, and this process has been used in structural biology to determine their molecular structure. Crystallization involves purifying the virus and arranging its particles in a regular lattice, which can then be analyzed using techniques like X-ray crystallography. Upon reactivation, these crystallized viruses can retain their infectivity, although the conditions for reactivation may vary depending on the virus type and the methods used for crystallization.
the answer is yes it can be crystallized and stored in a jar for many years to come
"Mixture"Each component in a mixture retain its properties.
No, viruses cannot be crystallized like other small molecules because they are complex biological entities that require a living host to replicate. Viruses are made up of genetic material (DNA or RNA) surrounded by a protein coat, making them incompatible with traditional crystallization methods.
Isotopes of an atom does retain the properties of the atom. This is discrete in units of matter.
Isotopes of an atom does retain the properties of the atom. This is discrete in units of matter.
Tobacco mosaic virus (TMV). It was discovered that TMV could be crystallized, like a chemical, and still retain its ability to cause disease in plants. This finding challenged the prevailing view that viruses were organisms, leading to the recognition of viruses as complex biological molecules rather than living entities.
Viruses multiply within the host cells and give rise to the same genetic types. Viruses show extremely specific intracellular parasitism. They can easily be crystallized and precipitated. Viruses have no cytoplasm,nucleus,membranes,ribosomes,enzymes etc.
A virus is an organism that is small enough to pass through a porcelain filter and can be crystallized. Viruses are infectious agents that can only replicate inside the cells of living organisms.
viruses are non cellular , they have no sexual or asexual reproduction they reproduce by replication
Yes, viruses can be crystallized under specific conditions, typically by using techniques like X-ray crystallography. This process allows scientists to study the structure of viruses in detail at the atomic level, which can provide valuable insights for designing antiviral drugs.
A compound does not always retain the properties of the substances that make it up. The properties of a compound are determined by the arrangement of atoms and the type of chemical bonds present, which can result in new properties not seen in the individual elements.