FE Complex Enzyme An epoch making high tech achievement 10

Updated on technology 2024-06-09
6 answers
  1. Anonymous users2024-02-11

    1 Enzyme is a completely non-toxic*** biotin used in the field of antibacterial disinfection to dissolve bacteria.

    2 The main use of examples and column data illustration method (2 points), more directly explain that the emergence of drug-resistant bacteria makes the dose of probiotics larger and larger, but the effect is getting worse and worse, and the toxicity and adverse reactions caused by antibiotics are also surprising and shocking.

    3. "Lysozyme" It can effectively dissolve gram-positive bacteria, especially for drug-resistant Staphylococcus aureus, which is extremely difficult in the world's medical community; It is used in the field of antibacterial disinfection; and proved that it can handle bacterial infections better than antibiotics.

    4 Fe and its compound enzyme preparations are indeed very good antibacterial agents, which completely kill bacteria, so they do not produce drug resistance; Pure biological agents that can be excreted with human metabolism; It also has the characteristics of no toxicity, which makes the two major problems of antibiotic resistance and toxicity easily solved.

  2. Anonymous users2024-02-10

    1.An enzyme is a liquid that is digested.

  3. Anonymous users2024-02-09

    The contribution to the role of disinfection is huge, saving hundreds of lives.

  4. Anonymous users2024-02-08

    Khan、、I'm also waiting for this answer。 Sullen、

  5. Anonymous users2024-02-07

    In Figure 1, the description of the object in this article is: FE complex enzyme, indicating that the command is a logical order 2, the description of the content of the second paragraph is: the method of the emergence of resistant bacteria, the method is a column of numbers in three paragraphs plus braille "refers to the content of the FE complex enzyme (add the dot did not find the words, guess) can not, if can not reflect the accuracy of the description of the literal language.

    5. FE compound enzyme preparation is a very excellent antibacterial agent, its bactericidal mechanism is very unique, can not simply form a barrier according to the cell wall of bacteria, but by directly dissolving the cell wall of bacteria, completely kill bacteria, so it is not easy to produce drug resistance.

    6. Makes both immediate antibiotic resistance and *** problematic.

  6. Anonymous users2024-02-06

    1) Why does one contain cl-no3-?

    Since the theme is clear, two plants each, each contains three ions, because there are six in total, three A companies, and then the two plants contained in the three ions in Yichang will certainly not be repeated. Significant alkaline wastewater.

    Company A, Company A must contain OH-.

    Jiang will Zhang Jia oh-, A company Fe3 + silver + (or precipitation).

    Fe3 + Ag + in Yichang, Cl- (or silver chloride precipitate) in Yichang, Fe3+ in Yichang, Ag+, No3-

    Company A: K+, Cl-, OH -

    2) Mix a certain proportion of Cl- with Ag+ combined silver chloride precipitate.

Related questions
7 answers2024-06-09

Private enterprises should pay attention to technological innovation >>>More

9 answers2024-06-09

It can't be said that Canon has done a very good job in the field of electronics for cameras. >>>More

3 answers2024-06-09

The good sentence of a scientific and technological power is as follows: >>>More

5 answers2024-06-09

A tailor who can't cook is not a good driver.

7 answers2024-06-09

When the Russian chemist Mendeleev arranged the periodic table, the element in position 32 had not yet been discovered, and he predicted the properties of this element that had not yet been discovered according to the periodic law and called it "silicon". Fifteen years later, in 1885, the German chemist Venkrier discovered this element by spectroscopic analysis, and the determined elemental properties were exactly the same as the "silicon" predicted by Mens, which was germanium. Germanium dioxide was produced in Germany in 1930, and industrial-scale production began in the United States in 1941. >>>More