The short answer is "yes". However, a more complete answer needs to consider the purpose for which such treatment is intended to prepare the sponges in question.
Due to the porous nature of sponges, UV treatment is NOT sufficient to completely destroy bacteria and other infectious agents subject to UV light effects. However, UV as a supplemental element of infection control is generally considered to be useful.
(In the case of sponges or other porous material, a combination of heat & chemical agents may be necessary - and for most medical purposes, natural sponges should NOT be considered acceptable for sterile purposes even after such treatment [unless autoclaved and tested?].)
the sponge wasn't invented by man but remodelled. originally people used sea sponges. from a kiwi girl of knowledge
Yes and no. Under high-frequency, high-intensity ultraviolet lamps, such as those used in crime investigation, saliva and most other bodily fluids will fluoresce. However, under more common low-frequency ultraviolet lights, such as those used in nightclubs and parties, the glow from saliva is not noticeable.
Fluorometry can be used over three to six decades of concentration without sample dilution Solarization caused by prolonged exposure to ultraviolet light. Light From Chemical or Biochemical Reactions, in Bioluminescence.
Common household remote control devices typically use infrared light or radio frequencies.
some tools used by forensic scientist are biological evidence collection kits, tape measures, ultraviolet UV ray lamps, footprint lifters, and specimen collectors.
Ultraviolet germicidal lamps use mercury vapor to produce short-wave ultraviolet light that is effective in destroying the DNA of bacteria and other microorganisms, making them bactericidal.
Examples of ultraviolet light sources include the sun, tanning beds, germicidal lamps, and black lights used in clubs or parties. UV light is also emitted by certain types of lasers and high-intensity discharge lamps.
Ultraviolet trays are used for disinfection and sterilization purposes. These trays emit ultraviolet light, which has germicidal properties that can kill bacteria, viruses, and other pathogens on objects placed inside the tray. They are commonly used in medical facilities, salons, and food service establishments to ensure cleanliness and hygiene.
Ultraviolet (UV) radiation is commonly used to treat waste water. UV radiation in the germicidal range (between 200-300 nanometers) is effective in destroying harmful microorganisms present in the water. This process helps to disinfect the waste water before it is released into the environment.
Ultraviolet (UV) light is commonly used to sterilize surfaces and equipment. UV light has a germicidal effect that can inactivate bacteria, viruses, and other microorganisms by damaging their DNA or RNA. UV light can be effective for sterilization when used at specific wavelengths and durations.
Medicine: Ultraviolet waves are effective in killing bacteria and viruses. Hospitals use germicidal lamps that produce these waves to sterilize equipment, water and air in operating rooms. It is also used to treat acne and psoriasis. Industry: The Food and Drug industry uses germicidal lamps to disinfect various types of products and their containers. The main use of ultraviolet is in the manufacturing integrated circuits. Science: Scientists learn about the make up and energy levels of atoms by studying UV rays. Experts also learn abut distant stars and galaxies by analyzing the UV rays that are given off. Artificial sources of ultraviolet light are often used to stimulate the effects of solar ultraviolet radiation in the study of the deterioration of materials on exposure to sunlight . Consumer Goods: Ultraviolet waves are used to identify materials by the glow or fluorescence under them. They are used to make black lights. May food and drug companies use germicidal lamps to disinfect various types of products, and their containers.
By the irradiation of malign tumors
Gamma.
sponges are naturally grown in the ocean floor and then harvested and dried to be used.
Cobalt 60 is not used in medicine as tracer. Cobalt 60 is used to destroy cancer tumors by gamma irradiation. Uranium has a gamma radiation with an energy of about 185 keV, very small to be used for a medicinal irradiation.
There are three irradiation technologies that rely on three kinds of rays. About 40 countries use the technology, and many organizations.
The irradiation formula used to calculate radiation exposure in a given area is: Exposure (E) Dose Rate (DR) x Time (T).