Bacteria in fish farming, can you use digestive bacteria and salt in fish farming at the same time

Photosynthetic bacteria, bacillus should not belong to mineralizing bacteria or nitrifying bacteria, but they all have some properties of mineralizing bacteria or nitrifying bacteria.

1.The suitable water temperature for photosynthetic bacteria is 15 -40, and the optimal water temperature is 28-36. In aquaculture, it can degrade toxic substances such as nitrite and sulfide in the water body, and realize the functions of acting as bait, purifying water quality, preventing diseases, and serving as feed additives.

Photosynthetic bacteria have strong adaptability, can tolerate high concentrations of organic wastewater, have a certain ability to tolerate and decompose poisons such as phenol and cyanide, and have strong decomposition and transformation ability. Its many characteristics make it have great application value in pollution-free aquaculture.

2.Bacillus can improve animal performance and is an important embodiment of its production of a variety of digestive enzymes. Studies have shown that Bacillus can produce a variety of digestive enzymes to help animals digest and absorb nutrients.

Bacillus has strong protease, amylase and lipase activity, but also has enzymes that degrade complex carbohydrates in feed, such as gliase, glucanase, cellulase, etc., these enzymes can destroy the cell wall of plant feed cells, promote the release of nutrients from cells, and can eliminate anti-nutritional factors in feed, reduce the obstacles to the digestion and utilization of anti-nutritional factors in animals.

As for whether this bag of feed can purify the water and remove fish diseases?

I can only say that if you buy the **, it should be okay, but the effect is not necessarily as good as advertised.

Hope it works for you!

I don't think it will contain it, and I have fed your generation of feed.

Yes, nitrifying bacteria.

Does not cause harm to the fish. The main toxic substances present in water are ammonia and nitrite, which can be consumed by nitrifying bacteria and produce non-toxic nitrate, which is also algae.

The best nitrogen fertilizer can be absorbed and assimilated by algae.

Extended Resources: Considerations.

Many aquarists have a certain misunderstanding of the understanding of nitrifying bacteria, and some people think that nitrifying bacteria can decompose feces; Some people think that water can be purified and suspended solids in the water can be neutralized, but these perceptions are inaccurate or can be said to be wrong, and nitrifying bacteria are the producers. Decomposing Organic Matter First of all, let's talk about decomposing organic matter, this heavy manual labor is not something that can be done by delicate nitrifying bacteria, it is done by other water purification bacteria. In the aquarium system, if there are no other heterotrophic bacteria, the water will be full of organic matter that has not been decomposed by bacteria, and this self-polluting aquarium environment will also make it impossible for fish to live in it.

Cultivation of nitrifying bacteria.

The filter pump must be opened, and it generally grows mainly on the biochemical cotton after the filter cotton (the filter cotton mainly filters garbage, and there are also nitrifying bacteria growth, which is normal and natural).

1.Nitrifying bacteria do not break down fish waste (and other beneficial bacteria in a nitrifying system flora can, but slowly).

2.Nitrifying bacteria do not break down hydrogen sulfide in water.

h2s), which will be poisoned to death by hydrogen sulfide in the Shuizen Mausoleum.

3.Nitrifying bacteria have no taste, and even after death, they will only have a faint smell 4Nitrifying bacteria are unable to directly oxidize ammonia (NH3) to nitrate (NO3).

5.Nitrifying bacteria is just a general term, which mainly includes nitrite bacteria and nitric acid bacteria; Nitrite bacteria can oxidize ammonia (NH3) to nitrite.

NO2), and nitric acid bacteria can oxidize nitrite to nitrate (NO3).

6.Nitrifying bacteria oxidize ammonia (NH3) to nitrite (NO2) and then nitrite (NO2) to nitrate (NO3).

7.Oxygen is required for the growth of nitrifying bacteria.

8.Carbon dioxide.

Not only is it harmless to nitrifying bacteria, but nitrifying bacteria need carbon dioxide to reproduce and survive.

9.Nitrifying bacteria are ubiquitous and age-old.

Because the role of nitrifying bacteria is to decompose toxic substances in the water, help clean the cleanliness of the water, so that the fish will not get sick, so that the fish can grow healthily. Therefore, there are nitrifying bacteria in the water, and the fish body is very healthy, and people eating this kind of fish will also make a lot of trouble for the body.

Nitrifying bacteria do not cause harm to the fish. The main toxic substances present in the water are ammonia and nitrous acid, which can be consumed by nitrifying bacteria and produce non-toxic nitrate, which is the best nitrogen fertilizer for algae, which can be absorbed and assimilated by algae. Therefore, it is not necessary to dig in the breeding ponds.

Nitrifying bacteria have nothing to do with fish, even if they are farmed in fish ponds, there are nitrifying bacteria in the water. Is it hard to eat?

Yes. Unlike other bacteria and parasites that survive by breaking down glycoproteins, nitrifying bacteria convert excess ammonia nitrogen and nitrite in water to form nitrate precipitates, from which they take in energy. Salt and most broad-spectrum antimicrobials have no effect on digestive bacteria, so nitrifying bacteria are also present in large numbers in seawater tanks.

Therefore, nitrifying bacteria and table salt can be put together when raising goldfish.

After the nitrifying bacteria carry out biological action, the water gradually becomes acidic, that is, the pH level drops. In order to make the nitrifying bacteria work well, the acidity and alkalinity can be fine-tuned artificially; Nitrifying bacteria prefer a weak alkaline environment with a pH value of about 6, or if the pH value is greater than that, the growth of nitrifying bacteria will be inhibited or even die.

Summary. These are all pathogens that fish are susceptible to, but they have very little impact on humans. Edible fish have fewer pathogens in the body and are very less harmful to the human body.

What bacteria are in fish.

Hello, there are the following bacteria in fish, I will introduce them to you one by one:

1. Spotted Ponthospora is present in the skin and intestines of fish, which is easy to cause enteritis.

2. Aeromonas mild, which is contagious, mainly causes caudal stalk disease.

3. Columnar fibrous sticky bacteria, which are contagious, cause gill rot and white-headed white mouth disease.

These are all pathogens that fish are susceptible to, but they have very little impact on humans. Edible fish have fewer pathogens in the body and are very less harmful to the human body.

High temperature treatment can kill germs and parasites, and some fish are fine if eaten raw, but children and people who are not in good health are advised not to eat raw fish.

Nitrifying bacteria and drug salts can be used at the same time in the fish tank. Unlike other pathogens and parasites that survive by breaking down glycoproteins, nitrifying bacteria convert excess ammonia nitrogen and nitrite in water to form nitrate precipitates.

Yes Nitrifying bacteria can survive in both fresh water and seawater, and nitrifying bacteria must be oxygenated.

Fish farming tips, nitrifying bacteria, the correct way to add them.

If there is bacteria in the fish tank, it is more normal than the rotten and usually does not need to be treated if it does not threaten the growth of the fish, and if it affects the growth of the fish, it can be treated in the following ways:

1. Bacteria can grow and multiply well between 24-28 degrees. If the water is colder, a heating rod will do the trick. Generally, a 100-liter cylinder with a 100-watt to 150-watt heating rod is very suitable.

If the water is hot, then it is more troublesome and needs to be cooled.

2. Open oxygenation, those bacteria who like oxygen consume a huge amount of oxygen, even more powerful than the fish in the tank, therefore, an effective means of oxygenation can not be less, can be solved by air pumps, water splashing and other methods.

1. Imported bacterial powder, using capsule encapsulation process, can quickly establish a nitrification system after entering the aquarium, and the fish can be invited into the tank within 8 hours;

2. Decompose fish feces and feed residues, and improve aging water quality;

3. Completely degrade ammonia, nitrite, nitrate, stinky ammonium and other harmful substances;

4. Enhance the resistance of fish, inhibit the breeding of germs and harmful algae, and prevent diseases; Reduce the number of water changes to maintain the water color translucent and clean;

5. Regular use can enhance the vitality of the fish, deodorize, resist disease, brighten and promote growth.