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Undergraduate academic studies phytomedicine
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səhifə | 9/11 | tarix | 06.05.2018 | ölçüsü | 0,97 Mb. | | #41999 |
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UNIVERSITY OF NOVI SAD
FACULTY OF AGRICULTURE 21000 NOVI SAD, TRG DOSITEJA OBRADOVIĆA 8
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Study Programme Accreditation
UNDERGRADUATE ACADEMIC STUDIES PHYTOMEDICINE
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5.2 Course specification Table
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Course:
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GENETICS WITH PLANT BREEDING FUNDAMENTALS
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Course id: 3ОFM3I44
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Number of ECTS: 6
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Teacher:
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prof. dr Sofija R. Petrović , prof. dr Miodrag D. Dimitrijević
Borislav M. Banjac, MSc
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Course status
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Elective
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Number of active teaching classes (weekly)
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Lectures: 2 x 15 = 30
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Practical classes: 2 x 15 = 30
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Other teaching types:
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Study research work:
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Other classes:
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Precondition courses
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Educational goal
The course is designed as a logical combination of general genetics and plant breeding fundamentals and aims to familiarize participants with the general principles of inheritance, transfer of genetic information and the creation of new genetic variability through general genetics fundamental studies, as well as the practical application through the basic principles and methods of plant breeding.
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Educational outcomes
Student should be given a basis on which could be able to upgrade their abilities through the master's and doctoral programs for scientific work, participation in breeding programs of organisms and for the economy, in all the jobs that require understanding of the functioning of the hereditary basis of organisms, as well as, genotype by environment interactions in order to obtain new economically exploitable genetic variability within breeding programs.
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Course content
Theoretical lectures: Introduction; Cell division; Modes of reproduction and fertilization systems in plants; Chromosomes and chemical bases of heredity; The mechanism of inheritance and hybridization; Changes in the number and structure of chromosomes; Mutations in plant breeding; Inbreeding and heterosis; Chromosomal and genetic engineering; The genetic base of breeding self-pollinated and cross-pollinated plants; The genetic base of breeding for resistance to pathogens and insects; Methods of selection of plants; Novel varieties releasing and production of certified seed
Practical teaching: Exercise, Other modes of teaching, Study research work: Cell division and fertilization; The life cycle of eukaryotes and prokaryotes; Chromosomes; The structure and function of the gene; Gametogenesis; Independent gene segregations; The gene interactions; Genetic linkage and crossing over; Species and genus hybrids; Changes in the number of chromosomes; Changes in the structure of chromosomes; Inbreeding and heterosis; Population and quantitative genetics
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Teaching methods
Teaching is done using modern techniques. Theoretical part of the training is conducted in a Faculty lecture halls. All lectures are computer processed and presented. The practical part of the course takes place in cabinetmaking work in adapted air-conditioned room, with individual seats for students (40 seats), which is equipped with a computer, video beam, overhead projectors and microscopes.
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Knowledge evaluation (maximum 100 points)
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Pre-examination obligations
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Mandatory
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Points
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Final exam (choose)
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Mandatory
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Points
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Lecture attendance
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Yes
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5
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Oral part of the exam
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Yes
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30
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Written part of the exam
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Yes
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30
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Test (colloquium)
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Yes
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3x10
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Exercise attendance
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Yes
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2,5
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Term paper
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Yes
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2,5
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Literature
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Ord.
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Author
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Title
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Publisher
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Year
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1.
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Borojević Slavko, Borojević, Katarina
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Genetika
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Poljoprivredni fakultet, Novi Sad
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1976
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2.
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Kraljević-Balalić Marija, Petrović Stevan , Vapa Ljiljana
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Genetika – teorijski osnovi sa zadacima
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Poljoprivredni fakultet, Institut za ratarstvo i povrtarstvo i PMF, Novi Sad
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1991
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3.
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Dimitrijević Miodrag, Petrović Sofija
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Genetika populacije. Adaptabilnost i stabilnost genotip
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Poljoprivredni fakultet, Novi Sad, Naučni institut za ratarstvo i povrtarstvo, Novi Sad
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2005
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4.
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Marinković, M., Tucić, N., Kekić, V.
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Genetika
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Naučna Knjiga, Beograd
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1982
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5.
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Dimitrijević, Miodrag, Petrović, Sofija
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Genetički modifikovani organizmi – pitanja i dileme.
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Zelena mreža Vojvodine, Novi Sad
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2004
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6.
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Bošković, Jelena, Isajev, V.
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Genetika
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Megatrend univerzitet, Beograd
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2007
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UNIVERSITY OF NOVI SAD
FACULTY OF AGRICULTURE 21000 NOVI SAD, TRG DOSITEJA OBRADOVIĆA 8
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Study Programme Accreditation
UNDERGRADUATE ACADEMIC STUDIES PHYTOMEDICINE
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Table 5.2 Course specification
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Course:
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ENGLISH LANGUAGE I
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Course id:3ОFM5I45
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Number of ECTS:6
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Teacher:
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Bojana B. Komaromi, Aleksandar M. Jagrović, Igor Đ. Cvijanović
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Course status
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Elective
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Number of active teaching classes (weekly)
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Lectures: 2
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Tutorials: 2
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Other teaching types:
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Study research work:
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Other classes:
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Precondition courses
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None
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Educational goal
Acquiring and consolidating basic patterns of grammar, pronunciation, spoken and written language in order to educate students for the formal and informal communication in General English. Introducing students to basic specialist literature, i.e. basic terms and concepts in agriculture and the relevant study programme.
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Educational outcomes
Students will be capable of active usage of General English at the elementary, pre-intermediate or intermediate level in both spoken and written medium depending on the course level they attended (A1, A2 or B1 according to Common European Framework of Reference for Languages). Students will also be able to recognise and actively use basic specialist terms and concepts in agriculture and the relevant study programme.
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Course content
Theoretical instruction
Phonetics: Correction of students’ pronunciation, accent and intonation according to one of the standard dialects of the English language (British and/or American). Morphology: Nouns – plural, gender, genitive. Pronouns – personal, possessive, question, relative and reflexive. Adjectives – formation and comparison. Adverbs – Formation, place and comparison. Verbs – Forms, auxiliaries, modal verbs, tenses, gerund. Syntax: Word order, clauses, sentences, sentence organisation. Lexical forms – phrasal verbs, idioms, collocations and compounds. Translation – Bilingual translation: from Serbian into English and vice versa.
Practical instruction
Spoken language practice in practical everyday situations. Development of translation skills and techniques. Grammar activation in communication. Delivering specialist presentations in English.
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Teaching methods
Lectures, tutorials, consultations. Working in small groups and pairs. Individual work with audio-visual equipment.
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Knowledge evaluation (maximum 100 points)
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Pre-examination obligations
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Mandatory
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Points
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Final exam
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Mandatory
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Points
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Lecture attendance
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Yes/No
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10
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Written exam
Oral exam
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Yes
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20
30
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Test
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Yes/No
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2 x 15
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Tutorials attendance
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Yes/No
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10
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Yes/No
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Literature
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Ord.
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Author
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Title
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Publisher
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Year
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Liz and John Soars, Amanda Maris
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New Headway Elementary, 4th Ed
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Oxford University Press
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2011
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Liz and John Soars, Amanda Maris
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New Headway Pre-Intermediate, 4th Ed.
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Oxford University Press
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2011
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Liz and John Soars, Amanda Maris
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New Headway Intermediate, 4th Ed.
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Oxford University Press
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2011
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Whitby N.
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Business Benchmark – BEC Preliminary
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Cambridge University Press, 6th Printing
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2009
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Gajić Ranka,
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English in Agriculture
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Naučna knjiga KMD, Beograd
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2005
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Murphy R.
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Essential English Grammar in Use, 3rd Ed.
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Cambridge University Press
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2010
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Murphy R.
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English Grammar in Use, 3rd Ed.
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Cambridge University Press
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2010
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UNIVERSITY OF NOVI SAD
FACULTY OF AGRICULTURE 21000 NOVI SAD, TRG DOSITEJA OBRADOVIĆA 8
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Study Programme Accreditation
UNDERGRADUATE ACADEMIC STUDIES PHYTOMEDICINE
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Table 5.2 Course specification
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Course:
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PREDICTING WEED SPECIES OCCURENCE
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Course id: 3ОФМ5I46
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Number of ECTS: 6
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Teacher:
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Maja U. Meseldžija
Bojan B. Konstantinović
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Course status
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Elective
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Number of active teaching classes (weekly)
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Lectures: 2 x 15 = 30
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Practical classes: 2 x 15 = 30
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Other teaching types:
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Study research work:
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Other classes:
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Precondition courses
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Basics Herbology
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Educational goal
to establish causal relationship between the occurrence of weed species, their biological properties and the influence of abiotic and biotic factors, primarily anthropogenic impacts through the different methods of weed control in certain croplands.
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Educational outcomes
Students possibility on the basis of knowledge of the occurrence of weed species in a particular area, its distribution, the influence of environmental factors and implementation of all measures of weed control in the previous period, to predict the occurrence of weed species in the next growing season and therefore the timely implementation of appropriate measures for their effective suppression.
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Course content
Theoretical classes: The influence biological properties of weeds on their occurrence and distribution. The geographical distribution of weed species and microclimate influences on their distribution. Horizontal and vertical distribution of weeds and their seeds (organ for vegetative propagation). Mapping weed species. Influence of indirect and direct measures of weed control on their regeneration and the emergence of the next growing season. Economic threshold of harmfulness and the ability to predict the occurrence of weeds by using software programs. Weed control management for the next growing season.
Practical lessons: Exercises: Introduction to the biological and ecological weed species. The morphology and structure of seed and organs for vegetative reproduction of weed species. Determining the number and coverage of weed species; seed quantity and organs for vegetative reproduction of weeds in arable soil layer (seed bank). Methods for determining the efficiency of weed control. Methods of weed mapping. Determining the economic threshold. Creating a program for weed control based on defined parameters.
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Teaching methods
Lectures, Practical classes, Research work
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Knowledge evaluation (maximum 100 points)
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Pre-examination obligations
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Mandatory
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Points
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Final exam (choose)
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Mandatory
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Points
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Lecture attendance
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Yes
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10
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Oral part of the exam
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Yes
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30
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Written part of the exam
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Yes
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Test
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Yes
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40
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Exercise attendance
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Yes
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Colloquium
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Yes
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20
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Literature
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Ord.
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Author
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Title
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Publisher
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Year
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1.
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Konstantinović, B., Stojanović, S., Meseldžija, M.
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Biologija, ekologija i suzbijanje korova
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Univerzitet u Novom Sadu, Poljoprivredni fakultet Novi Sad
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2005
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2.
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Janjić, V., Elezović, I
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Pesticidi u poljoprivredi i šumarstvu u Srbiji 2010
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Društvo za zaštitu bilja Srbije, Beograd
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2010
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3.
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Konstantinović, B.
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Osnovi herbologije i herbicidi
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Univerzitet u Novom Sadu, Poljoprivredni fakultet Novi Sad
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2011
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4.
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Zimdahl, R
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Fundamentals of Weed Science
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Elsevier, Academic Press
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2007
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UNIVERSITY OF NOVI SAD
FACULTY OF AGRICULTURE 21000 NOVI SAD, TRG DOSITEJA OBRADOVIĆA 8
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Study Programme Accreditation
UNDERGRADUATE ACADEMIC STUDIES PHYTOMEDICINE
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Table 5.2 Course specification
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Course:
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ECOLOGICAL BIOCHEMISTRY
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Course id: 3ОFМ5I47
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Number of ECTS: 6
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Teacher:
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Prof. dr Đorđe Malenčić
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Course status
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Elective
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Number of active teaching classes (weekly)
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Lectures: 2
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Practical classes: 2
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Other teaching types: student`s papers (seminar)
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Study research work: -
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Other classes: -
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Precondition courses
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None
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Educational goal
To gain knowledge on molecular aspects of ecological characteristics of cultivated and wild growing plants. Study on secondary biomolecules in plants and their metabolism.
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Educational outcomes
The contribution of new knowledge in the field of Ecological Biochemistry.
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Course content
Theory: Biochemical adaptations of plants to environment. Plant toxins and their effect on herbivores and pathogens. Hormonal interactions between plants and animals. Secondary biomolecules which attract and repell insects. Plant-vertebrates relationship, including humans. Static and induced plants defence mechanisms from predators. Defence substances: terpenoids, alkaloids, phenolics and quinones. Alelopaty. Biochemistry of the host-parasite relation. Higher plants-lower plants interaction. Biochemical basis of plant resistance to diseases. Phytoalexins and phytotoxins. The role of chemical signals in the intra- and inter-cellular communication. Reactive species of oxygen and nitrogen. Antioxidant systems in plants and oxidative stress. Molecular mechanisms of plant resistance to abiotic stress (radiation, extreme temperatures, water stress, drought, salination, heavy metals and pesticides). Resistance mechanisms of plants to biotic stress. Induced plant stress resistance.
Practical classes: Determination of content and composition of essential oils from aromatic plants. Methods of identification of essential oils. Antimicrobial properties of essential oils. Isolation i determination of total alkaloids from fruits and seeds of hot paprika. Total carotenoids determination from carrot roots. Isolation and determination of the total phenolics and tannins from different plant species. Determination of the total flavonoids using metal complex with AlCl3. Determination of phenolic pigments anthocyanins from flower petals. Hypersensitive response of plants to pathogen attack – determination of reactive oxygen species and lipid peroxidation. Field trip (collection of plant material for experimental work).
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Teaching methods
Lectures, Practical classes, Consultations, research work (optional)
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Knowledge evaluation (maximum 100 points)
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Pre-examination obligations
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Mandatory
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Points
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Final exam (izabrati)
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Mandatory
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Points
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Lecture attendance
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Yes
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5
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Written part of the exam-tasks and theory
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Yes
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60
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Exercise attendance
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Yes
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5
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Test, Term paper
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Yes
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30
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Literature
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Ord.
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Author
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Title
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Publisher
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Year
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1.
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Dr Đorđe Malenčić, dr Milan Popović
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Praktikum iz Biohemije biljaka (Plant biochemistry handbook)
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Poljoprivredni fakultet, Novi Sad
(Faculty of Agriculture, Novi Sad)
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2011.
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2.
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Milan Popović, Đorđe Malenčić
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Aktivni principi ukrasnog bilja (Active principles of ornamental plants)
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Poljoprivredni fakultet, Novi Sad
(Faculty of Agriculture, Novi Sad)
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2006.
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3.
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Jeffrey B. Harborne
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Introduction to Ecological biochemistry, 4th edition
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Elsevier, London
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1994.
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