Institute of Genetics,
Physiology and Plant Protection
Ministry of Education,
Culture and Research
The Laboratory of Plant Biochemistry
Head of laboratory: Dascaliuc Alexandru, doctor habilitate in biology, professor
Laboratory staff:
1. Dascaliuc Alexandru, head of laboratory of plant biochemistry, doctor habilitate in biology, professor
2. Balaur Nicolae, corresponding member, doctor habilitate in biology
3. Cauș Maria, phd in biology, leading researcher
4. Ralea Tudor, phd in biology, leading researcher
5. Voronțov Viaceslav, phd in biology, leading researcher
6. Călugăru-Spătaru Tatiana, phd in biology, senior researcher
7. Jelev Natalia, researcher
8. Platovschii Nicolai, researcher
9. Badașco Sabina, researcher
10. Zdioruk Nina, junior researcher
11. Delean Tatiana, engineer
12. David Diana, engineer
13. Roșca Tudor, engineer
Research directions:
• Determining the parameters that characterize the resistance of plants with different levels of the organization to the action of extreme temperatures;
• In vivo and in vitro biosynthesis of secondary metabolites;
• Determining the role of secondary metabolites in plants adaptation to abiotic stressors;
• Elaboration and testing the biological activity of biostimulators.
Scientific competences:
• Elaboration of accelerated methods for determining the resistance and adaptability of plants with different levels of the organization to the action of high temperatures and frost;
• Obtaining and implementing the natural growth regulators to increase resistance and restore damage caused by exposure of different plant species to high temperatures and frost;
• The study of the composition and accumulation of secondary metabolites and the determination of the factors that ensure the increase of the content of the active principles in different plant species; obtaining secondary metabolites in cultures in vitro and in vivo;
• Micropropagation under in vitro conditions of different plant species (rhodiola rosea, actinidia arguta, gerbera jamesonii, lilium martagon, mentha gattefosse, etc).
Relevant results:
• It was elaborated accelerated methods for determining the primary resistance (the basic resistance) and adaptability (acclimatization) of plants to high temperatures and frost. The practical use of the mentioned methods gave the possibility to distribute different wheat varieties according to their primary resistance to high temperatures and frost and to highlight the varieties with combined resistance to both, frost and high temperatures. In the field conditions it has been shown that after the first and second hardening phases, during the winter, their distribution according to final resistance corresponds to that of distribution based on primary resistance, which suggests the perspectives of the practical use of the elaborated methods.
• Using the method of accelerated determination of the primary resistance of wheat genotypes to high temperatures and frost, it was shown that the level of primary resistance is substantially influenced by the conditions of seeds reproduction, suggesting that the level of primary resistance to extreme temperatures of hexaploid wheat is determined by the genetic (rigid) and epigenetic (labile) inheritance. This fact should be taken into account when carrying out the actions of testing and homologation of the wheat varieties.
• It has been shown that treating wheat seeds before sowing with the biostimulator reglalg not only ensures an enhanced adaptation of plants to frost and heat but also induces an increased resistance to high and negative temperatures in freshly germinated seedlings (aged 2 - 3 days). It follows that reglalg influences beneficially not only the processes of adaptation due to the change in gene expression, but also acts as a protector, directly reducing the negative effects of seedling exposure to the action of extreme temperatures. Due to mentioned effects, plants obtained from seeds treated before sowing with the biostimulator reglalg, compared to control plants, adapt more quickly to extreme temperatures, are more vigorous throughout the growing season, which ultimately ensures increased quantity and quality of yield.
• Based on the introduction of cinamic alcohol and the biostimulator reglalg into the in vitro culture medium, as well as due to the exposure to low temperatures and uv radiation of the r. Rosea cell culture at the beginning of the exponential growth phase, were developed several stimulation procedures of biomass accumulation and increase in the content of secondary metabolites, characteristic for r. Rosea rhizomes.
Assistance, scientific services provided:
• Methods for determining reactive oxygen species: oximetry, potentiometry, spectrophotometry, and electrophoresis.
• Biochemical methods for determining the composition of biological objects: spectrophotometry, centrifugation, chromatography, electrophoresis, determination of the activity, and spectra of redox isoenzymes.
• Physiological and biophysical methods for determining the physiological state of plants: fluorometry, electrolyte leakage, seed germination, plant growth and development, resistance to extreme temperatures, in vitro, and in vivo differentiation and dedifferentiation.
• Artificial methods of induction and modification of plant physiological state: application of extreme temperatures and drought; the influence of light with specific spectral composition, the influence of phytohormones, influence of growth regulators, and elicitors on plants resistance of to abiotic stressors.
• Biotechnological methods of introduction in vitro and micropropagation of precious plant genotypes.
• Methods of determination in accelerated mode the plant genotypes primary resistance to excessive temperatures.
• Methods for assessing the influence of bio stimulators on plants' physiological state, resistance to extreme temperatures, and productivity.
Equipment and research methods:
Patents:
1. CAUȘ, M.; CĂLUGĂRU-SPĂTARU, T.; DASCALIUC, A. Metodă de determinare a temperaturii de inhibiție a sistemului radicular la castravete Cucumis sativus L. Brevet de invenție MD 1134, 2017.11.30.
2. CAUȘ, M.; CĂLUGĂRU-SPĂTARU, T.; DASCALIUC, A. Procedeu de determinare a sexului la plantele de Actinidia arguta in vitro. Brevet de invenție MD 1055 Z, 2017.02.28.
3. CĂLUGĂRU-SPĂTARU, T.; CAUȘ, M.; DASCALIUC, A. Procedeu de obținere a biomasei calusului de Rhodiola rosea L. in vitro. Brevet de invenție MD 894 Z, 2015.11.30.
4. CĂLUGĂRU-SPĂTARU, T.; CIOCÂRLAN, N.; CAUȘ, M.; DASCALIUC, A. Procedeu de micropropagare a plantelor de Mentha gattefossei Maire in vitro. Brevet de invenție MD 1091, 2017.06.30.
5. CAUȘ M., CĂLUGĂRU-SPĂTARU T., DASCALIUC A. Procedeu de tratare a semințelor de castravete Cucumis sativus L. MD Nr. 1296 Z, 2019.08.31.
Selected publications:
publications in journals with if
1. ЖЕЛЕВ, Н.Н., ДАСКАЛЮК, А.П. Модификация устойчивости растений пшеницы (Triticum aestivum L.) к экстремальным температурам при помощи природного регулятора роста Реглалг. Журнал «Агрохимия», Издательство: Российская академия наук, Москва, 2019, 6, cc. 34-43. ISSN: 0002-1881 (IF: 0.621). doi: 10.1134/S0002188119040136.
Publications in national journals
1. CAUȘ, M. Changes in acid phosphatase activity and isoform patterns in root cytoplasmic and membrane bound protein fractions of Pisum sativum L. seedlings exposed to cadmium application. Lucrări științifice, Seria Horticultură, 2016, vol. 59, nr.1, pp. 49-55. ISSN 1454-7376. http://www.uaiasi.ro/revista_horti-en/arhiva.php?an=2016
2. CAUȘ, M., DASCALIUC, A. Biostimulant effects of Reglalg on biochemical parameters of horticulture plants”. Lucrări şt. Univ. de Ştiinţe Agricole şi Medicină Veterinară “Ion Ionescu de la Brad”. Ser. Horticultură. Iași, România. 2019, vol. 62, nr.1, pp. 89-94. ISSN: 2069-8275. ISSN 1454-7376. http://www.uaiasi.ro/revista_horti-en/files/arhiva/Vol-62-1_2019.pdf.
3. DASCALIUC, A., JELEV, N. The influence of biostimulant Reglalg on wheat plants resistance to frost. Acta Scientific Agriculture. 2019, 3 (10), pp. 105-108. ISSN 2581-365X. https://actascientific.com/ASAG/pdf/ASAG-03-0656.pdf
Articole din reviste naționale:
1. CAUS, M., DASCALIUC, A. Peroxidase activity in cucumber (Cucumis sativus L.) seedlings obtained from seeds treated with natural growth regulator Reglalg. Journal of Botany. Ch., 2015, vol. VII, nr. 1(10), 10- 16. ISSN 1857-095X.
2. CAUȘ M., DASCALIUC A. Influența biostimuatorului Reglalg asupra reacției plantulelor de castravete (Cucumis sativus l.) la șocul termic. Buletinul AȘM, Științele vieții. 2019, 2(338), pp. 85-95. ISSN: 1857-064X.
3. CAUȘ, M., CĂLUGĂRU-SPĂTARU, T.; DASCALIUC, A. Determinarea accelerată a rezistenței radiculei și rădăcinilor secundare a plantulelor de castravete (Cucumis sativus L.) la temperaturi ridicate. Buletinul Acad. de Științe a Moldovei. Științele vieții. 2017, nr. 2, pp. 49-57. ISSN 1857-064X.
4. CAUȘ, M., CĂLUGĂRU-SPĂTARU, T., DASCALIUC, A. Influența reglatorului natural de creștere Reglalg asupra capacității calusului de Rhodiola rosea L. de a acumula substanțele ce influențează potențialul oxido-reductiv al celulelor. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2016, nr 2 (329), pp. 40-48. ISSN 1857- 064X.
5. CĂLUGARU-SPATARU, T. Effects of natural growth regulator Reglalg on the Rhodiola rosea L. callus growth rate. Journal of Botany. Ch., 2015, vol. VII, Nr. 1(10), pp. 5 – 10. ISSN 1857-095X.
6. CĂLUGĂRU-SPĂTARU, T. Acumularea metaboliților secundari în Rhodiola rosea L. în funcție de condițiile mediului. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2015, nr. 1(325), pp. 85-92. ISSN 1857- 064X.
7. CĂLUGĂRU-SPĂTARU, T. Influența Reglalgului asupra acumulării biomasei și pigmenților fotosintetici în celulele calusului și agregatelor celulare ale rădăcinii aurii (Rhodiola rosea L.). Buletinul Academiei de Științe a Moldovei, Științele vieții. 2017, nr. 1, pp. 39-47. ISSN 1857-064X.
8. CĂLUGĂRU-SPĂTARU, T., CIOCÂRLAN, A., DASCALIUC, A. Compoziția chimică a extractelor și uleiului volatil din rizomii de Rhodiola rosea L. de origine Carpatină. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2017, nr. 3, pp. 78-83. ISSN 1857-064X.
9. DASCALIUC, A., VOINEAC, V., RALEA, T., JELEV, N. The influence of biostimulant Reglalg on plants resistence to abiotic and biotic stress factors. Buletinul AȘM, Științele vieții. 2018, nr. 3(336), pp. 76-82. ISSN 1857-064X.
10. DASCALIUC, A., CUZA, P. Senescența și scurgerea electroliților din frunzele stejarului pediculat (Quercus robur L.) cu diferite termene de înfrunzire. Mediul ambiant, 2015, nr. 2, (80), pp. 20-25. ISSN 1810-9551
11. JELEV, N. Diminuarea impactului factorilor de stres abiotic asupra plantelor de Triticum aestivum L. prin utilizarea regulatorului natural de creștere Reglalg. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2016, nr 3(330), pp. 72-79. ISSN 1857-064X
12. JELEV, N., ZDIORUK, N., RALEA, T., GOREA, A., DASCALIUC, A. Aprecierea accelerată a termotoleranței genotipurilor de grâu în baza specificului influenței șocului termic asupra germinării semințelor. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2015, nr 3(327), pp. 60-66.
13. JELEV, N., ZDIORUK, N., RALEA, T., DASCALIUC, A. Particularitățile germinării semințelor de Triticum Aestivum L. expuse șocului. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2015, nr 3(327), pp. 50-60.
14. JELEV, N., ZDIORUK, N., RALEA, T., DASCALIUC, A. Particularitățile germinării semințelor de Triticum Aestivum L. expuse șocului. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2015, nr 3(327), pp. 50-60.
15. ZDIORUK, N., RALEA, T., JELEV, N., CUZA, P., FLORENTA, G. The seasonal activity of photosystem II and enzimes of degradation of hydrogen peroxide and during dehydration of Buxus sempervirens L. leaves. Journal of Botany. Ch., 2015, vol. VII, nr. 1(10), pp. 27- 31. ISSN 1857-095X.
16. ЖЕЛЕВ, Н., ДАСКAЛЮК, А., РАЛЯ, Т., ЗДИОРУК, N., ОБОЗНЫЙ, А., ПАРИЙ, Ю., ПАРИЙ, Я. Сравнительная оценка первичной устойчивости генотипов пшеницы (Triticum aestivum L.) к положительным и отрицательным температурам. Buletinul Academiei de Științe a Moldovei, Științele vieții. 2018, nr. 1 (334), pp. 61-70. ISSN 1857-064X.
Contacts:
Institute of Genetics, Physiology and Plant Protection, Laboratory of Plant Biochemistry
20, Padurii St., of 221.
Tel: 53-01-77
E-mail: dascaliuca@yahoo.com
The Laboratory of Aromatic and Medicinal Plants
Head of the laboratory: GONCEARIUC Maria, D.Sc, research professor
Research team:
1. Gonceariuc Maria, D.Sc. (dr. habilitate), professor;
2. Balmuş Zinaida, Ph.D., associated professor, ccoordinating scientific researcher;
3. Botnarenco Pantelimon, Ph.D., associated professor, ccoordinating scientific researcher ;
4. Chisnicean Lilia, Ph.D, associated professor, ccoordinating scientific researcher ;
5. Cotelea Ludmila, Ph.D., associated professor, senior scientific researcher;
6. Butnăraş Violeta, Ph.D., associated professor, senior scientific researcher;
7. Baranova Natalia, trainee scientific researcher;
8. Jelezneac Tamara, scientific researcher;
9. Vornicu Zinaida, scientific researcher;
10. Ivanţova Irina, trainee scientific researcher, 0,5 un.;
11. Ungurean Ana, chemist pharmacist, 0,5 un.;
12. Urecheanu Natalia, chemist pharmacist, 0,5 un.;
13. Mogîldea Anatol, trainee scientific researcher, 0,5 un.;
14. Bucovscaia Tatiana, higher lab.
The research conducted in the laboratory aims to create, evaluate and implement hybrids, new varieties of aromatic and medicinal plants resistant to abiotic and biotic factors, adapted to the cultivation conditions of the Republic of Moldova, including climate change, global warming. It is worth mentioning that in dry years the productivity, the yield of the varieties created are higher than in the years with normal atmospheric depositions. Varieties are also resistant to frost and wintering, including sudden drops in temperature.
The innovation research project in which the laboratory is currently active (2020-2023) is: "Reducing the consequences of climate change by creating, implementing varieties of medicinal and aromatic plants with high productivity, drought, frost, wintering, disease resistant, which ensures sustainable development of agriculture , guarantees high quality products, predestined for the perfumery, cosmetics, pharmaceutical, food industry”. The priority of strategy: Sustainable agriculture, food security and food safety”.
Main scientific results: The most important 22 varieties of hybrid origin of the laboratory are patented. The laboratory team creates new genotypes by inducing genetic variability in aromatic and medicinal plant species with the help of inbreeding and hybridization of different types, using for this purpose germplasm sources of different genetic and geographical origin. The genetic material created differs phenotypically, but also through the vegetation period, from early to late, high essential oil content, frost resistance, wintering, drought, etc. and is used in the development of new hybrids and varieties. The most spectacular results in this field were achieved in the species Salvia sclarea L. and Lavandula angustifolia Mill.
The research resulted in the creation Of the high-performance hybrids and varieties.
Thus, the varieties of Salvia sclarea created, approved, patented, but also implemented represent complex hybrids of different types with constant heterosis. They are distinguished by very high yields of raw materials and productions, high yield of essential oil. The varieties bloom in the first, second and third year of vegetation, thus, the exploitation of the plantations is 2-3 years, and the seed norm for founding the plantations is only 4-5 kg / ha.
Our Lavandula angustifolia Mill. varieties represent first generation hybrids (F1) with very high heterosis to a string of cantitative characters, including, the yield of inflorescences, content and production of the essential oil.
The varieties we create that belong to other plant species are also of hybrid origin and are very productive.
The laboratory has created, registered, homologed a total of 38 varieties of medicinal and aromatic plants of hybrid origin. Currently (2020) in the Catalog of Plant Varieties of the Republic of Moldova are included 21 our patented varieties of the aromatic and medicinal plants. Of these:
Research is being carried out to expand the range of cultivated aromatic and medicinal plants. The elaboration of the Origanum vulgare L. varieties, which belong to two subspecies - Origanum vulgare L. subsp vulgare L. and Origanum vulgare L. subsp. hirtum (Link) Ietsw., are part of these researches.
In this, 2020 year were presented at the State Commission for Testing Plant Varieties for testing, homologation and registration in the State Register of the Republic of Moldova, as well as to the State Agency for Intellectual Property for the patenting the variety Panacea of Origanum vulgare ssp. vulgare and the variety Savoare of Origanum vulgare ssp. hirtum.
The patented varieties created by the laboratory team are highly appreciated not only by the producers who cultivate them. Presented at international salons such as EUROINVENT, PROInvent, INVENTICA; INFOINVENT etc. the inventions were mentioned with medals and diplomas of excellence, gold medals, silver, bronze.
The Aromatic and Medicinal Plants Laboratory team maintains, evaluates, completes and reproduces a vast collection of medicinal and aromatic plants. They belong to 34 families, 80 genera, a total of over 200 taxa, all being sources of germplasm for the creation of new hybrids and varieties.
The results of research on genetics and plant breeding have been published in over 400 scientific papers. In 2019 alone, 33 publications appeared by the laboratory researchers of the laboratory team.
Publications, 2019.
1. GONCEARIUC, M.; ZBANCĂ, A.; PĂNUŢĂ S. Ghid practic privind cultivarea lavandei și administrarea afacerii. 128 p. Tipograf. Print-Caro. Chişinău, 2019. ISBN 978-9975-56-687-2
2. GONCEARIUC M., COTELEA L., BALMUS Z., BUTNARAS V., MASCOVTEVA S., BOTNARENCO P. Medicinal and aromatic plants varieties resistant to drought. Tom. 35, no. 1 / 2019, Romania, ISSN 1454-6914 B+, Indexata ISI Thomson Reuters pp. 65-70.
3. GONCEARIUC, M. Reducing the impact of drought on productivity by cultivating resistant varieties of medicinal and aromatic plants. Buletinul ASM. Ştiinţele Veţii, 2019, nr.2 (338), p.95-103.
4. BALMUŞ, Z.; GONCEARIUC, M.; COTELEA, L.; BUTNARAŞ, V. Crearea și evaluarea liniilor consangvinizate de Salvia sclarea L. În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 93-98. ISBN 978-9975-3316-1-6.
5. BUTNARAŞ, V.; GONCEARIUC, M.; BALMUŞ, Z.; MAȘCOVȚEVA, S.; COTELEA, L. Expresia heterozisului la hibrizii perspectivi de L. angustifolia Mill. În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 98-102. ISBN 978-9975-3316-1-6.
6. CHISNICEAN, L. Cultivarea speciei Stevia rebaudiana Bertoni. Metode de multiplicare. În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 106-111. ISBN 978-9975-3316-1-6.
7. COTELEA, L.; GONCEARIUC, M.; BALMUŞ, Z.; BUTNARAŞ, V.; BOTNARENCO, P. Evaluarea şi selectarea hibrizilor de Salvia sclarea L. în calitate de forme parentale, utilizate în hibridări. În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 113-119. ISBN 978-9975-3316-1-6.
8. COTELEA, L.; GONCEARIUC, M.; BALMUŞ, Z.; BUTNARAŞ, V.; BOTNARENCO, P. Caractere cantitative evaluate la hibrizi F1 de Salvia sclarea L. În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 119-129. ISBN 978-9975-3316-1-6.
9. ЖЕЛЕЗНЯК, Т. Г.; ВОРНИКУ, З. Н. Семенное и вегетативное размножение чабера горного (Satureja montana L.). În: Ştiinţa în Nordul Republicii Moldova: realizări, probleme, perspective: materialele conf. naţ. cu participare intern., Bălţi, 21-22 iunie 2019. Ed. a 3-a. Bălţi: S. n., 2019 Tipogr. ”Indigou Color”, pp. 164-168. ISBN 978-9975-3316-1-6.
10. ROŞCA, N. D.; BARANOVA, N. V. The production of raw material and essential oil from valuable varieties of Mentha. B: Основные, малораспространенные и нетрадиционные виды растений-от изучения к внедрению (сельскохозяйственные и биологические науки): материалы 3-eй междунар. науч.-практ. конф. (в рамках 4-го науч. форума „Неделя науки в Крутах – 2019”), с. Круты, Черниговская обл., Украина. 14-15 марта 2019 г. Круты, 2019, т. 2, с. 136-141.
11. ROSCA, N. D.; JELEZNEAC, T. G.; VORNICU, Z. N.; BARANOVA, N. V. The productive characteristics of vegetative and generative planting material of mountain savoury (Satureja montana L.) B: Основные, малораспространенные и нетрадиционные виды растений – от изучения к внедрению (сельскохозяйственные и биологические науки): материалы 3-eй междунар. науч.-практ. конф. (в рамках 4-го науч. форума „Неделя науки в Крутах – 2019”), Черниговская обл., Украина. 14-15 марта 2019 г. Круты, 2019, т. 2, с. 142-153.
12. ЖЕЛЕЗНЯК, Т. Г.; РОШКА, Н. Д.; БАРАНОВА, Н. В.; ВОРНИКУ, З. Н. Изучение структуры урожая плодов и семенной продуктивности у пассифлоры (Passiflora incarnata L.) в различные годы вегетации. B: Основные, малораспространенные и нетрадиционные виды растений-от изучения к внедрению (сельскохозяйственные и биологические науки): материалы 3-eй междунар. науч.-практ. конф. (в рамках 4-го науч. форума „Неделя науки в Крутах – 2019”), с. Круты, Черниговская обл., Украина. 14-15 марта 2019 г. Круты, 2019, т. 2, с. 47-55
13. КИСНИЧАН, Л. П. Изучение некоторых биологических аспектов вида Кардиоспермума халикакабского (Cardiospermum halicacabum L.) c целью его внедрения. B: Основные, малораспространенные и нетрадиционные виды растений – от изучения к внедрению (сельскохозяйственные и биологические науки): материалы 3-eй междунар. науч.-практ. конф. (в рамках 4-го науч. форума „Неделя науки в Крутах – 2019”), с. Круты, Черниговская обл., Украина. 14-15 марта 2019 г. Круты, 2019, т. 2, с. 168-173.
14. КИСНИЧАН, Л. П. Изучение всхожести и сроков хранения семян некоторых пряно-ароматических, лекарственных трав. В: Лiкарськi рослини та перспективи дослiджень: mатерiали 4-ой мiжнар. науковоi конференцii, Березоточа, 13-14 червня 2019 року. Киiв: Компринт, 2019. с. 94-97.
15. КИСНИЧАН, Л. П. Биологические особенности при интродукции вида Cymbopogon в коллекции пряно-ароматических растений. В: Лекарственное растениеводство: от опыта прошлого к современным технологиям: материалы 7-ой междунар. науч.-практ. конф., 30-31 май 2019. Полтава, 2019 Дистанционнаяс.37-38, doi.org/10.5281/zenodo3252915.
16. КИСНИЧАН, Л. П. Селекция ароматических, пряно-вкусовых в Молдове. В: Тенденции развития агрофизики: от актуальных проблем земледелия и растениеводства к тeхнологиям будущего: 2-ая междунар. науч. конф., посвящ. памяти акад. Е.И. Ермакова, Санкт-Петербург, 2019, 2-4 окт. с. 426-431.
17. КОТЕЛЯ, Л. А.; ГОНЧAРЮК, М. М.; БАЛМУШ, З. К.; БУТНАРАШ, В. И.; МАШКОВЦЕВА, С. А. Изучение перспективных гибридов F1 Salvia sclarea L., с различным вегетационным периодом. В: Тенденции развития агрофизики: от актуальных проблем земледелия и растениеводства к технологиям будущего”, посвящ. памяти акад. Е.И. Ермакова: материалы 2-ой междунар. науч. конф., 2-4 окт. 2019 г. Санкт-Петербург, 2019, c. 486-494. ISBN 978-5-905200-40-3.
18. МАШКОВЦЕВА, С. А.; ГОНЧAРЮК, М. М.; БУТНАРАШ, В. И.; КОТЕЛЯ, Л. А.; БАЛМУШ, З. К. Перспективные гибриды первого поколения (F1) Lavandula angustifolia Mill. В: Лекарственное растениеводство: от опыта прошлого до современных технологий: материалы 7-ой междунар. науч.-практ. конф., 30-31 мая 2019 г. Полтава, 2019, с. 56-59.
19. BALMUŞ, Z. Parfum Perfect soi nou de Salvia Sclarea L. creat în Republica Moldova. Caracteristica hibrizilor de lavandă cu conţinut ridicat de ulei esenţial. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 139. ISBN 978-9975-56-695-7.
20. BOTNARENCO, P. Evaluarea caracterelor productive la soiuri de trandafir aromatic (Rosa damascena x Rosa gallica). În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 140. ISBN 978-9975-56-695-7.
21. BUTNARAŞ, V. Caracteristica hibrizilor de lavandă cu conţinut ridicat de ulei esenţial. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 145. ISBN 978-9975-56-695-7.
22. CHISNICEAN, L. Negrilica de Damasc (Nigela damascena L.) – sursă de substanțe biologic active. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 149. ISBN 978-9975-56-695-7.
23. COTELEA, L. Efectul heterozis la hibrizi F1 în trepte și complecși de Salvia sclarea L. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 151. ISBN 978-9975-56-695-7.
24. COTELEA, L. Hibrizi perspectivi de Salvia sclarea L., cu conținut înalt de ulei esențial. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 152. ISBN 978-9975-56-695-7.
25. GONCEARIUC, M. Cultivarea soiurilor de plante medicinale şi aromatice în scopul diminuării impactului negativ al secetei. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 154. ISBN 978-9975-56-695-7.
26. GONCEARIUC, M.; COTELEA, L.; BALMUŞ, Z.; BUTNARAS, V.; MASCOVTEVA, S.; BOTNARENCO, P. The medicinal and aromatic plants varieties resistant to drought. In: The Museum and Scientific Research: the sci. intern. conf., September 12-14, 2019: book of abstr. The 26th edit. Craiova: Edit. Antheo-DeGrafo ADV, 2019, nr. 6/19, p. 53.
27. GONCEARIUC, M.; BALMUŞ, Z.; COTELEA, L.; BUTNARAŞ, V.; BOTNARENCO, P. Diversity of the genotypes of Origanum vulgare ssp. vulgare L. and Origanum vulgare ssp. hirtum Iietsw. In: Life Sciences for Sustainable Development: the18th international conf., 26-28 sept.: book of abstr. / University of Agricultural Sciences and Veterinary Medicine of Cluj-Napoca. Cluj-Napoca, Romania, 2019, nr 6, p. 18. (http://symposium.usamvcluj.ro/).
28. GONCEARIUC, M.; BALMUŞ, Z.; COTELEA, L.; BOTNARENCO, P.; BUTNARAS, V.; MASCOVTEVA, S. The new early variety of Salvia sclarea L. (Cary sage). In: Proceedings of the 11th Edition of Euroinvent European Exhibition of Creativity and Innovation 2019. Copyright © 2019. Editor: A. V. SANDU. P. 226. ISSN Print: 2601-4564 Online: 2601-4572.
29. GONCEARIUC, M., BALMUŞ. Z. Aroma Unica - the new variety of Lavandula angustifolia Mill. (Lavender). In: Proceedings of the 11th Edition of Euroinvent European Exhibition of Creativity and Innovation 2019. Iaşi, Copyright © 2019. Editor: A. V. SANDU. P. 224. ISSN Print: 2601-4564 Online: 2601-4572.
30. JELEZNEAC, T.; BARANOVA, N.; VORNICU, Z. Evaluarea eficientei tehnologiei cu două coase la Passiflora incarnata L. în anul unu de vegetaţie. În: Biotehnologii avansate – realizări şi perspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 95. ISBN 978-9975-56-695-7.
31. JELEZNEAC, T.; VORNICU, Z.; BARANOVA, N. Изменение хозяйственных признаков у чабера горного (Satureja montana L.) при различных способах инициирования посадок. În: Biotehnologii avansate – realizări şiperspective: al 5-lea simpoz. naţ. cu participare intern., 21-22 oct. 2019: teze. Chişinău, 2019, p. 157. ISBN 978-9975-56-695-7.
32. ЖЕЛЕЗНЯК, Т. Г.; ВОРНИКУ, З. Н. Изменения показателей продуктивности в процессе вегетации у змееголовника молдавского. В: Роль физиологии и биохимии в интродукции и селекции сельскохозяйственных растений: сборник материалов 5-ой междунар. науч.-методол. конф., 15-17 апр. 2019 г. Москва: Росс. Унив. Дружбы народов, 2019, т. 2, с. 171-174. ISBN 978-5-209-09359-6.
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34. GONCEARIUC, M.; BALMUŞ, Z. Levănţică (Lavandula angustifolia Mill.), soiul AROMA UNICA: Brevet pentru soi de plante nr. 288 MD. Nr. cererii v 2017 0011; data depozit. 2017.03.22; data acordării 2019.04.30. BOPI, 2019, nr 4, p. 62.
Center in Genetics, Amelioration and Vegetal Resources
Cadru legislativ
- Codul cu privire la Știință și inovare.
- Certificat de înregistrare Seria MD nr. 0038595 din 18.07.2005
- Certificat al Consiliului Național pentru Acreditare și Atestare a organizației din sfera științei și inovării seria I nr.027(Hotărârea nr. AC -2/2 din 24 martie 2011).
Profilul: Genetica, fiziologia şi ameliorarea plantelor - Certificat de membru instituțional al Academiei de Științe a Moldovei Seria MI nr. 06 din 20.07.06.
Legislative framework
- Code on Science and Innovation.
- Registration certificate Series MD No. 0038595 from 18.07.2005
- Certificate of National Council for Accreditation and Attestation of organizations in Science and Innovation, series I. No 027 (Decision No AC – 2/2 from 24.03.2011). Profile: genetics, physiology and plant breeding.
Profilul: Genetica, fiziologia şi ameliorarea plantelor plantelor - Member Certificate of the Academy of Sciences, series MI No. 06 from 20.07.06.
Contacte
Republica Moldova, Chișinău, str. Pădurii, 20, MD-2002
Tel.: (+373 22) 77-04-47
Fax: (+373 22) 55-61-80
E-mail: asm_igfpp@yahoo.com
Apasă pentru a mări
Contacts
20, Padurii St., Chisinau, MD-2002, Republic of Moldova
Tel.: (+373 22) 77-04-47
Fax: (+373 22) 55-61-80
E-mail: asm_igfpp@yahoo.com
Seminare științifice de profil
Prin Decizia Consiliului de Conducere al Agenției Naționale de Asigurare a Calității în Educație și Cercetare (nr.12 din 23 decembrie 2020) este validată pentru o perioadă de patru ani (2020-2024) componența nominală a 5 Seminare științifice de profil:
Seminarul științific de profil, Profilul: 162. Genetică, Specialitatea: 162.01. Genetică vegetală
Seminarul științific de profil, Profilul: 411. Agronomie, Specialitatea 411.04. Ameliorarea plantelor şi producerea seminţelor
Seminarul științific de profil, Profilul: 163. Biologie celulară; 164. Biologie vegetală, Specialitatea 163.02. Biochimie; 164.02. Fiziologie vegetală
Componența nominală
Seminarul științific de profil, Profilul: 411. Agronomie, Specialitatea 411.05. Legumicultură
Seminarul științific de profil, Profilul: 411. Agronomie, Specialitatea 411.09. Protecția plantelor