From Fumaria parviflora Lam. were isolated the major alkaloids protopine and adlumidiceine and the minor alkaloids parfumine, fumariline, dihydrofumariline, cryptopine, (-)-stylopine, 8-oxocoptisine, sanguinarine, and oxysanguinarine. The quaternary protoberberine fraction gave coptisine. Adlumidiceine, dihydrofumariline, 8-oxocoptisine, sanguinarine, and oxysanguinarine were found in F. parviflora for the first time. F. kralikii Jordan gave, besides the major alkaloids protopine, fumarophycine, and O-methylfumarophycine, the alkaloids adlumidiceine, berberine, coptisine, cryptopine, (-)-stylopine, and (-)-canadine. Only protopine and cryptopine have been isolated from F. kralikii earlier.

were isolated from C. ophiocarpa for the first time. The alkaloid (-)-ophio-From Corydalis ophiocarpa HOOK. carpine N-oxide has not been isolated

FUMARIA DENSIFLORA DC., collected near Varna (Bulgaria) was investigated for its alkaloidal content. Protopine, cryptopine, coptisine, palmatine, adlumidiceine, (+/-)-sinactine, and a new spirobenzylisoquinoline alkaloid densiflorine were isolated. Benzophenanthridine alkaloids were not detected.

The isotachophoretic separation of some isoquinoline alkaloids in acid-base partially purified extracts from Bulgarian FUMARIA PARVIFLORA was studied. The electrolyte system for model mixtures of alkaloids (-)-stylopine, (-)-canadine, coptisine, berberine, protopine, cryptopine, chelidonine, bulbocapnine, papaverine, parfumine and for the plant extracts contained the leading ion K (+) (0.01 M), counter ion CH (3)COO (-), pH (L) 5.5, and the terminating ion H (+) (acetic acid 0.01 M). In the plant extracts, protopine and parfumine were quantitatively determined during F. PARVIFLORA growth and development in the term May-June 1984.

Increasing number of patients, who suffers from diseases such as immunodeficiency, autoimmune and inflammatory diseases, various congenital blood clotting disorders stimulate an increase in the pharmaceutical market in the number of drugs for treating these diseases. Providing high-quality, effective and safe drugs, obtained from blood is an urgent issue that can save lives. The purpose of the work was to study the range of biological drugs containing active substances obtained from human and animal blood plasma and analyze the segment of these drugs on the pharmaceutical market of Ukraine for 2020. To study this segment, was used data from the State Register of Medicinal Products of Ukraine, the information retrieval program «Morion» and the ATX classification system of the electronic resource Compendium.online. Research methods: structural, statistical, graphic, generalization and systematization. Established, that the segment of biologic drugs, derived from human and animal blood plasma, at the Ukrainian pharmaceutical market, are represented by 100 trade names of drugs, where 23% of the studied market segment is occupied by domestic manufacturers. The leaders of importing countries are Austria (31%) and Sweden (13%). Analysis of the nomenclature found, that the most common drug dosage form are lyophilized powders for injection and infusion solution (52%) and solutions for injection and infusion (35%). Studies have shown, that the active ingredient in the largest share of blood products is the coagulation factor of human blood VIII (36% of the total assortment). The range of drugs produced using plasma of animal origin is limited, makes up only 14% and is represented by preparations of immunoglobulins (horse, rabbit) and drugs containing deproteinization of dialysate from calf blood. The lack of domestic technologies for obtaining PDMPs from cattle plasma (RED) with a sufficient number of cattle was determined. Obtained data show, that blood is a strategic raw material for the production of a wide range of drugs for the treatment of diseases of various etiologies, interruptions in the blood supply can lead to regional and global deficiency of the main PDMPs, therefore, the development of drugs based on blood is relevant and promising.