UA77128C2 - Fungibactericidal composition - Google Patents

Abstract

A fungibactericidal composition contains an alkali extract of wood-destroying fungi, juice of the SosnowskiÆs cow parsnip, ammonium carbonate salts, copper sulfate, boric acid, salicylic acid, triethanolamine and polyethylenoxide.

Description

acid (TU 6-09-03-570-94) salicylic acid can be seen from the results of Table 1, fungicidal activity- (TU 113-05-1128332-15-92)- triethanolamine (TU states that the activity of my drug is much higher than that of 2423- 096-05766575-2000) - polyethylene oxide (PEG - standards I and II. 200-PEG-400-PEG-1500 1:11) in the ratio Example 4. Determination of the effectiveness of the preparation - weight units: 1:0.2-0, 4:0.3-0.6:0.04-0.08:0.04 in laboratory experiments on barley seeds. 0.08:0-0.02:0-0.06:0-0.06 which is used to determine the effectiveness of the drug to protect plants from various diseases with the specified rate of consumption, an infectious background was created. my consumption is 2.5-10 l/h, or 5-15 l/ha. Barley seeds were treated with 72-hour spores

The study of the fungicidal activity of the fungus Hyzapyit ohuzrogyt (a) and Neitipvlyamy drug in laboratory and field Shozrogpts vayimyt (b) at the rate of 1:109 spores in the experiments was carried out on the composition of the composition (in va- 100g of seeds. To avoid re-infection for units): each culture created its own isolated pro-

Alkaline extract of wood-destroying fungi - stir. After 5 days of mushroom mycelium development on seeds

Oh, 5 kg; semi-wet etching with the drug was carried out

Sosnovsky borage juice - 0 2 kg; given concentration at the norm of the working solution

Carbon ammonium salts - 0.Zkg; ZOl/t. Then the treated seeds, in the amount of

Pentahydrous copper sulfate - 0.04 kg; 25g, placed in Petri dishes on moistened

Boric acid - 0.014 kg; filter paper and calculated the effect

Salicylic acid - 0.01 kg; drugs in comparison with standards and controls.

Triethanolamine - 0.03 kg; Data were presented in Table 2. Analysis of results

Polyethylene oxide (PEG) - 0.03 kg; conducted research shows that the seeds

Technical water up to kg. infected with microflora, after processing the application

For a better understanding of the materials of the description, the prescribed drug remains in the smoke for 25 days, and concrete examples are given. virtually clean, becomes resistant to myco- and macro-

Example 1. The method of obtaining alkaline extraflora that exists in the environment. At the same time, the seeds of the ktu tree are destructive fungi. treated with reference drugs, loses

In 160 liters of water, dissolve 8 kg of oxide hydrate, resistance to external damage and infection with lithium or sodium, add to the solution 10 kg of chopped and dried wood-destroying fungi, heat to 90" C, where the drug content is extracted. The bactericidal activity of the prepared wood-destroying fungi. The exposure time is 3 hours was determined according to the standard method. After cooling, the alkaline solution is placed in a Petri dish with meat-peptone agar and suralized or nitrogen , or with a salt or sulfur suspension of spores of cultures of test microbes (Hapitopavny, or phosphoric acid to pH 7.8-90, and Taimaseagite, Egmipia rpuyurpinoga, and Rzendotopavz sediment is filtered. The obtained extract of vykosegavzi) is introduced into the wells with a specified amount of preparation - they are roasted according to the purpose. The specific gravity of this batch. The spore suspension was prepared according to the product standard of 1.040-1.120 at 7076. weight per 10 units. Per 100 ml of nutrient medium

Example 2. The method of obtaining borschivka juice, add 4 ml of microbial suspension. Cups are incubated

Sosnovsko. for 24 hours at a temperature of 36.67C. On

In the phase of the beginning of budding, a boletus with a diameter of zones of inhibition of the growth of test microbes is harvested.

Sosnovsky, the biomass is crushed, under the press, the bactericidal effect of the drug and the standard were measured - the juice is squeezed out, which is then filtered and further con- TMTD-8090 s.p. The results of the research are presented due to the dissolution of 5-1595 len in it in table 3. According to the bactericidal effect, carbon ammonium salts are declared. The specific gravity of this developed drug is significantly higher than the reference one. ktu at 70"7С 1.030-1.090. Example 6. Study of the effect of the drug on

Example 3. Determining the fungicidal effect of the preparation, productivity and quality of potatoes in case of disease. nor Phytophthora.

The fungicidal effect of the drugs was determined by the state - the object of the study - potatoes. Field conditions using the dart method. In Petri dishes made of agarose - research: soil - chernozem, low in humus, medium loam with a humus content of 3.2-4.095 medium loamy with a humus content of 3.2-4.095 was added to it with a potato-sucrose medium. After solidification, pH 6.1-6.7 Agrotechnics of growing potatoes in the garden, the cups were sown with scraps (0.3 mm) of flour. Fon-40t/ha of manure yaMeoReeoKvo. Celium density of phytopathogenic test fungi: Rizapytst okh-plantation of potatoes - 45 thousand units/ha. Accounting plo- uzrogyt, Neitipipozrogyt zaymit, Voiguiiz sipegea, scha plot 50m?, repetition of the experiment - four

Іадозропцт саиадозрогиоиедез5, АвзрегойшШв педег та кранта. The treatment of vegetative potato plants was held at a temperature of 22521"7C for 5 days after the first signs of the disease appeared. As standards, sulfocarbathion was used for phytophthora. The rate of consumption of the working solution was vita wax, at the rate of consumption of 2 kg/t of seeds. Analysis of 400 l/ha . the results were carried out according to the Abbott formula, in Scheme of the experiment and test results percentage to the control (where instead of the drugs are presented in Table 4, from which it can be seen that ordinary water was used). The reliability of the preparation increases the yield and content of the experiments-959o Table 1. As starch at 10.495 and 0.695 relative to the standard.

Table 1

Fungicidal effect of drugs

The rate of growth retardation of mycelium of mushrooms, 95 to control

Me p/p Preparations R Eizagt oh- NeiItipinozorogitst za- Voiguiiv Siadozropitst I and rat, l/t, kg/| . and also Azregoiiiy5 podep vrogyt imyt sipegea siadozrogioide5 1 77771111117121117 13 4 5 | 6 І 7 | in 1. |Control water.//-:/ | - | 0 | 0 2 2 2 | 0! 0 | 0

Vitavax-200F-etapon | 100.0 standard HER DDK 100.0 100.0 100.0

Table 2

The effectiveness of the drugs on the seeds of barley treated with Rizagtt ohuzrogyt (numerator) and NeItipipovrogyts vaimit (denominator)

Cost rate, l/t, cat

I 1G7771111111111171211111111111171G1111113171 11111145 Y 6

Ya.

Vita wax-200F standard | | 2 | 77770. ГГ ...0 2 27 50/25

Sulfocarbathione-K-etalon II dk o 25/25 5O/50 y shi tli i s NYA PO s ON PO z PO - urethra dl ov 2211 2 2 lD950 020 17770 25/25

Table C

Determination of the bactericidal activity of the drugs "repar centration, 5" Hapitopav tamaseatt. Ephmipia rpuiorpipoga

And 1Г77771111111111712111111111171Г111131 11111145 1 6 . |Controllvodaid//////СЇ717117 11111110 Ї111111011117 11111101 .,

Etalon-TMTD, 8095 sp. 325 | 7//9955 2 юЮщЩщ HER ХХ 98 2 ХХ | 960 3. | The claimed drug is DDK-1

Table 4

Study of the effect of drugs on the productivity and quality of potatoes in the case of late blight

Cost rate,

Me n/p Preparations kg/hahluga 17111712 Г11111183 1114 11111115 шЩщ (M ІІ 6

Ya. |Kontgol/:.:|/:/ // | /-771 | 215 208.0 230.4 225.7 with | Claimed drug! 5lla (r 255.7 251.8 " |ddki 260.5 2572

Literature: agrochemicals approved for use on 1. G.I. Vylesov. The result! scientific research in Ukraine. K, 1996, p. 52. aimed at reducing the content of nitrates in feed 4. A.A. Kravtsov, N.M. Golshin. Chemical and plant products. On Sat. "The use of biological means of protection! plants The use of ammonia-containing compounds in rural khovochnik. M, VO "Agropromizdat", 1989, p. 177. phenomenon K. Scientific thought, 1992, p.54. 5. Methodical instructions for application 2. M.S. Dudkin, A.T. Bezusov. The chemical basis of fungicidal activity of new chemical compounds of grain preservation with carbonammonium compounds. VNIIKHSZR, Cherkassy department of llamas. On Sat. "Use of ammonium carbonate compounds in animal husbandry". K, 6. G.N. Pershin. Chemotherapy. Moscow. Honey-

Scientific opinion, 1987, 1286. Giz, 1970, 4716b. 3. V.A.Petrunek et al. List of pesticides and

Computer typesetting by T. Chepelev Signature Circulation 26 approx.

Ministry of Education and Science of Ukraine

State Department of Intellectual Property, str. Urytskogo, 45, Kyiv, MSP, 03680, Ukraine

SE "Ukrainian Institute of Industrial Property", str. Glazunova, 1, Kyiv - 42, 01601