Technology of plant growth regulator is elaborated. Plant, microalgae and microorganisms biomass was used as a starting material for the production of this growth regulator. The technological schemes of regulator preparation are described. Temperature conditions of drying process are shown to influence significantly on the phytohormones content and qualitative composition of end product. This dependence has made possible the regulation of preparate composition as well as generation of preparates with specified amount of phytohormones of cytokinine or indole type. The physiological effects of preparate on various agricultural crops are shown. The possibility of preparate use as technology element in growing of main agricultural crops is theoretically justified.

1. Holodnyj M.G. Vybrani praci. Kyiv: Nauk. dumka, 1970 [in Ukrainian].
2. Sheveluha V.S. Novyj jetap v razvitii teorii i praktiki fitogormonal'noj reguljacii rastenij. Reguljatory rosta i razvitija rastenij v biotehnologijah. Tezisy dokladov. Moskva: Izd. MSHA, 2001 [in Russian].
3. Ponomarenko S.P. Cheremha V.M., Anishyn L.A. ta in. Biostymuljatory rostu roslyn novogo pokolinnja v tehnologijah vyroshhuvannja sil's'kogospodars'kyh kul'tur. Kyiv: VVP "Kompas", 1997 [in Ukrainian].
4. Alekperov U.K. Antymutagenez. Moskva: Nauka, 1984 [in Russian].
5. Bariljak I.R., Isaeva A.V. Antimutagennye i genoprotektornye svojstva preparatov rastitel'nogo proishozhdenija. Citologija i genetika. 1994. 28(3):3-17 [in Russian].
6. Lazarenko L.M., Bezrukov V.F., Hrapunov S.N. Vlijanie riboflavina na uroven' hromosomnyh aberracij u luka batuna. Citologija i genetika. 1997. 31(1):3-6 [in Russian].
7. Fujioka S., Li I., Sakurai A. Brassinosteroids. Nat. Prod. Rep. 1997. 14. P. 1-10.
https://doi.org/10.1039/np9971400001
8. Musijaka V.K. Antymutagenna dija reguljatora rostu emistymu v korenevyh merystemah gorohu ta pshenyci. Fyzyologyja y byohymyja kul'turnyh rastenyj. 2002. 34(1):45-51 [in Ukrainian].
9. Krjuchkova L.O., Gladun G.O., Dragovoz I.V. ta in. Vplyv reguljatoriv rostu pryrodnogo pohodzhennja na indukciju stijkosti proty cerkosporel'ozu u prorostkiv ozymoi' pshenyci. Fyzyologyja y byohymyja kul'turnyh rastenyj. 2005. 37(5):422-428 [in Ukrainian].
10. Krjuchkova L.O., Javors'ka V.K., Dragovoz I.V ta in. Formuvannja papil pry cerkosporel'oznij infekcii' ta i'h rol' u formuvanni stijkosti proty hvoroby. Fyzyologyja y byohymyja kul'turnyh rastenyj. 2005. 37(2):152-159 [in Ukrainian].
11. Savinskij S.V., Kofman I.Sh., Kofanov V.I., Stasevskaja I.P. Metodicheskie podhody k opredeleniju fitogormonov s pomoshh'ju spektrodensitometricheskoj tonkoslojnoj hromatografii. Fiziologija i biohimija kul't. rastenij. 1987. 19(2):210-215 [in Russian].
12. Metodicheskie rekomendacii po opredeleniju fitogormonov. Kyiv: In-t botaniki AN Ukrainy, 1988 [in Russian].
13. Dragovoz I.V. Vidhody spyrtodrizhdzhovogo vyrobnyctva jak dzherelo fitogormoniv. Dopovidi NAN Ukrai'ny. 1998, no 3:170-174 [in Ukrainian].
14. Perepelica L.I., Nesterova A.N., Musatenko L.I. Dejstvie metabolitov gribov na prorastanie semjan. Fiziologija i biohimija kul'turnyh rastenij. 2001. 33(1):64-68 [in Russian].
15. O'Sullivan J.T. Kerry Algae LTD 2001 and beyond: an overview. Proc. of the Intern. Symposium on microalgae and seaweed products in plant/soil system. Mosonmagnarovar, Hungary, 2001. P. 26.
16. Bojchuk O.B., Zajceva L.M. Zastosuvannja testu korotkyh vidrizkiv pshenychnyh koleoptyliv dlja vyznachennja auksyniv. Ukr. bot. zhurn. 1977, no 6:632-639 [in Ukrainian].
17. Trojan V.M., Bezvenjuk Z.O., Lystopad T.A. Vplyv peredposivnoi' obrobky nasinnja fiziologichno aktyvnymy rechovynamy na generatyvnyj rozvytok kukurudzy. Fyzyologyja y byohymyja kul'turnih rastenyj. 1993. 25(2):144-151 [in Ukrainian].
18. Grahov V.P. Alelopatychna funkcija fenol'nyh spoluk Persica vulgaris. Ukr. bot. zhurnal. 1990. 46(4): 98—100 [in Ukrainian].