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Your search keyword '"Fridman I"' showing total 7 results
Start Over Author "Fridman I" Topic hymenolepis nana
7 results on '"Fridman I"'

1. [(COMPOUNDS MST-84 AND MST-85. PREPARATION AND INVESTIGATION OF ANTIHYMENOLEPIC ACTIVITY)].

Author

Gitsu GA, Dudarev VG, and Fridman IA

Subjects
Animals, Anthelmintics chemical synthesis, Anthelmintics chemistry, Disease Models, Animal, Humans, Hydrocarbons, Chlorinated chemical synthesis, Hydrocarbons, Chlorinated chemistry, Hymenolepiasis parasitology, Hymenolepis nana pathogenicity, Mice, Anthelmintics administration & dosage, Hydrocarbons, Chlorinated administration & dosage, Hymenolepiasis drug therapy, Hymenolepis nana drug effects
Published
2017

2. [The anthelmintic nadinate (MCT-02) obtained by a new procedure and its antihymenolepic activity].

Author

Dudarev VG, Fridman IA, Malakhova AY, Sevbo DP, Trusov SN, Gitsu GA, and Mikhailitsyn FS

Subjects
Animals, Anthelmintics isolation & purification, Anthelmintics pharmacology, Carbamates isolation & purification, Carbamates pharmacology, Hymenolepiasis parasitology, Hymenolepiasis pathology, Hymenolepis nana growth & development, Mice, Parasite Egg Count, Salicylanilides isolation & purification, Salicylanilides pharmacology, Salicylic Acid chemistry, Zygote drug effects, Zygote physiology, Anthelmintics chemical synthesis, Carbamates chemical synthesis, Hymenolepiasis drug therapy, Hymenolepis nana drug effects, Salicylanilides chemical synthesis
Published
2016

4. [Preparation and antihymenolepic activity of the novel haloid- containing salicylanilide MST-63].

Author

Dudarev VG, Fridman IA, Sevbo DP, Gitsu GA, Lebedeva MN, Frolova AA, Samochatova EI, and Mikhailitsyn FS

Subjects
Animals, Anthelmintics chemical synthesis, Humans, Hymenolepiasis parasitology, Hymenolepis nana pathogenicity, Mice, Salicylanilides chemical synthesis, Anthelmintics administration & dosage, Hymenolepiasis drug therapy, Hymenolepis nana drug effects, Salicylanilides administration & dosage
Published
2015

5. [Novel bromine-containing salicylanilides (the compounds MST-36 and MST-38). Preparation and antihymenolepic activity].

Author

Dudarev VG, Fridman IA, Sevbo DP, Trusov SN, Gitsu GA, Samochatova EI, Lebedeva MN, and Mikhaĭlitsin FS

Subjects
Animals, Disease Models, Animal, Mice, Anthelmintics chemical synthesis, Anthelmintics chemistry, Anthelmintics pharmacology, Hydrocarbons, Brominated chemical synthesis, Hydrocarbons, Brominated chemistry, Hydrocarbons, Brominated pharmacology, Hymenolepiasis drug therapy, Hymenolepis nana, Salicylanilides chemical synthesis, Salicylanilides chemistry, Salicylanilides pharmacology
Published
2015

6. [A novel bromine-containing salicylanilide (the compound MST-18). Preparation and antihymenolepic activity].

Author

Gitsu GA, Dudarev VG, Fridman IA, Sevbo DP, Trusov SN, Frolova AA, and Mikhaĭlitsyn FS

Subjects
Animals, Anthelmintics chemical synthesis, Anthelmintics chemistry, Bromine chemistry, Dose-Response Relationship, Drug, Hymenolepiasis parasitology, Hymenolepis nana growth & development, Mice, Niclosamide pharmacology, Salicylanilides chemical synthesis, Salicylanilides chemistry, Anthelmintics pharmacology, Hymenolepiasis drug therapy, Hymenolepis nana drug effects, Salicylanilides pharmacology
Published
2014

7. [The preparation and antihymenolepic activity of a bromine-containing salicylanilide the compound MST-16)].

Author

Dudarev VG, Fridman IA, Sevbo DP, Trusov SN, Gitsu GA, Samochatova EI, Frolova AA, and Mikhaĭlitsyn FS

Subjects
Animals, Anthelmintics chemical synthesis, Anthelmintics chemistry, Bromine chemistry, Dose-Response Relationship, Drug, Hymenolepiasis parasitology, Hymenolepis nana growth & development, Mice, Niclosamide pharmacology, Salicylanilides chemical synthesis, Salicylanilides chemistry, Anthelmintics pharmacology, Hymenolepiasis drug therapy, Hymenolepis nana drug effects, Salicylanilides pharmacology
Published
2014

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