The programme is available in 2 duration modes:
- 6 Months
- 9 Months
Introduction to Genetic Transformation in Plant Cells
Course title : Introduction to Genetic Transformation in Plant Cells
Explore the fascinating realm of plant genetics with our "Introduction to Genetic Transformation in Plant Cells" course. Delve into the core principles and techniques behind genetic transformation, a pivotal process in modern agriculture, bioengineering, and biotechnology. Uncover how genes are introduced and modified in plant cells, fostering improved crop production, disease resistance, and sustainable agriculture. With a blend of theory and practical insights, this course empowers you to comprehend and engage with the cutting-edge developments in plant genetic transformation. Join us in unraveling the secrets of plant genetics and contributing to a greener, more resilient future.
Description
Dive into the world of plant genetics and the revolutionary concept of genetic transformation in our comprehensive course, "Introduction to Genetic Transformation in Plant Cells." Gain profound insights into the fundamental techniques and theories that underpin the genetic modification of plant cells, an area of biotechnology with far-reaching implications for agriculture and environmental sustainability. From understanding the transfer of genes to manipulating plant genomes, this course equips you with the knowledge and skills essential for grasping and participating in the forefront of plant genetic transformation. Join us to explore the science behind crop improvement and disease resistance through genetic engineering.
Why Online ?
- Cost effective - Typically UK diploma starts from GBP £3000 per annum, but with online study, you can enjoy saving more than 60% on your educational investment.
- Practical Content - The coursework is immediately applicable to the careers, and you can earn long-term gains including increase in salary and promotions
- Study anytime, anywhere - You don't have to attend a College campus, so you can study from anywhere in the world. The online delivery enables you to download the lecture notes, submit assignments wherever you are.
- Assessments - Assessment is via assignment submission
Who is this course for?
Career path
Embark on an exciting career journey with the skills acquired in "Introduction to Genetic Transformation in Plant Cells." Graduates of this course can pursue diverse opportunities in the fields of:
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Agricultural Biotechnology: Join research teams focusing on developing genetically modified crops with improved traits such as pest resistance, drought tolerance, and enhanced nutritional value.
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Crop Science: Work in seed companies, agricultural research institutions, and governmental agencies, contributing to crop breeding programs and sustainable agriculture.
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Biotechnology Companies: Join biotech firms specializing in plant genetics, working on projects related to plant transformation and genetic modification.
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Environmental Conservation: Collaborate with organizations dedicated to conserving endangered plant species and ecosystems through genetic interventions.
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Academia and Research: Pursue advanced studies or engage in plant genetics research at universities and research institutions.
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Agronomy and Farm Management: Apply your knowledge to optimize crop production and farming practices, enhancing yields and sustainability.
With the essential skills gained from this course, you'll be prepared to contribute to the future of agriculture and environmental conservation through plant genetic transformation. Join this exciting journey today!
Duration
Course Delivery
Online
Entry Requirements
In order to apply you should have either:
- OR;
Course Content
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Plant Cell Genetics Basics Explore the fundamentals of plant cell genetics, including plant genome structure and inheritance patterns.
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Genetic Transformation Overview Gain insights into the concept and significance of genetic transformation in plant cells.
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Methods of Gene Delivery Dive into various techniques used for introducing genes into plant cells, such as Agrobacterium-mediated transformation and biolistic methods.
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Transgenic Plant Development Learn how transgenic plants are developed and understand the role of selectable markers and reporter genes.
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Gene Expression and Regulation Explore gene expression in transformed plant cells, including regulatory elements and promoter regions.
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Plant Genomic Modification Delve into the manipulation of plant genomes and the creation of genetically modified plants with desired traits.
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Applications in Agriculture Discover the real-world applications of plant genetic transformation in crop improvement, pest resistance, and enhanced nutrition.
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Environmental and Ethical Considerations Discuss the environmental and ethical concerns associated with genetic transformation in plant cells.
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Case Studies Analyze real-life case studies of successful plant genetic transformation projects.
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Future Trends and Innovations Explore emerging trends and innovations in plant genetic transformation and its potential impact on agriculture and sustainability.
Assessment
Assessment is via assignment submission
Fee Structure
The fee for the programme is as follows:
- 6 Months - Accelerated mode @ GBP £1250
- 9 Months - Standard mode @ GBP £950
Fee payment plans
The programme offers following fee payment plans:
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6 months programme● Payment option (a): GBP £416 x 3 monthly instalments
● Payment option (b): GBP £1187.50 x 1 instalment (We offer 5% bursary on total fee for students opting to pay in full)
9 months programme● Payment option (c): GBP £190 x 5 monthly instalments
● Payment option (d): GBP £475 x 2 quarterly instalments
● Payment option (e): GBP £902.50 x 1 instalment (We offer 5% bursary on total fee for students opting to pay in full)
Accreditation
The programme is awarded by London School of International Business
How to apply?
Simply follow the 2 steps given below to apply:
1. Fill application form on-line at https://www.educationtraining.org.uk/enrolment-form/start.html
2. Pay application fee of GBP £10
(This can be paid online using credit or debit card)
Please visit our online application form to apply.