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( min naing , 23/02/2017 ) Q:

How many time do i have sit for exam in one module? How can i find tutor in south korea.now,i'm working at factory in korea.really need the sit exam for online method learning?

( 24/02/2017 ) A:

Hello Min and thank you for getting in touch.

There is one 1.5 hour exam at the end of the course, which you take at a time and place convenient to you. You will have unlimited support from one of our tutors via the on-line classroom and so you will just need a professional person (e.g. manager) that you know, to sit with you and confirm you have taken the exam under exam conditions. If this isn't possible, your tutor can set you a final project to complete instead of the exam. 

I hope that this helps.

( Alicja Rys-Parsons, 06/12/2016 ) Q:

Good morning, I would like to enrol 4 people on the TIssue Culture course. Could we pay for the course by invoice? Thank you Kind regards, Alicja

( 06/12/2016 ) A:

Hello Alicja,

Thank you for your question.

We are happy to send you a pro-forma invoice. Please can you email us with the name, address, telephone number and email address of the organisation paying, plus the names, telephone numbers, email addresses, plus date of births of the students. We can then email you an invoice.

 

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Tissue Culture 100 Hours Certificate Course

Tissue Culture course online. Learn to propagate plants by tissue culturing. Tissue culture involves growing plants from very small sections (sometimes microscopic) in a laboratory. It is a propagation method which is being increasingly used. Tissue culture is not appropriate for many plants, but for others such as orchids, some indoor plants and in particular, many new plant varieties, it is a very popular propagation method.


 

Learning Goals: Tissue Culture BHT306
  • Explain the nature of plant growth processes, in the tissue culture environment
  • Determine growing media which may be used for tissue culture
  • Design a layout for a moderate commercial tissue culture facility
  • Specify appropriate micropropagation procedures for different purposes
  • Understand the action of and applications for plant hormones in tissue culture
  • Explain the management of environmental control equipment used in tissue culture
  • Determine appropriate types of commercial applications for tissue culture
  • Explain how to successfully remove plants from tissue culture
  • Determine appropriate specific of commercial applications for tissue culture

 

Lesson Structure: Tissue Culture BHT306

There are 9 lessons:

  1. Introduction including a review of basic plant nutrition.
    • Stages in tissue cultured plant development
    • Introduction to Plant Growth Science, biochemical processes and cell biology
    • Transpiration, Photosynthesis and Respiration
    • Plant Parts -Stems, Leaves, Roots, Buds,Flowers and fruits
    • What happens as Tissue Matures
    • Types of Plant Tissue
    • Methods of Shoot Induction and Proliferation
    • Advantitious Roots
    • Terminology
  2. Plant Nutrients
    • Major Elements
    • Minor (Trace) Elements
    • Total Salts
    • How Plants Grow
    • Factors Affecting Nutrient Uptake
    • Nutrient Solution Preparation
    • Hydroponic Nutrients
    • Chelates
    • Growing Media for Tissue Culture
    • Water in Tissue Culture
    • Chemical Analysis
  3. The Laboratory
    • The Tissue Culture Laboratory
    • Preparation Area
    • Transfer Chamber
    • Culture Growing Area
    • Siting a New Lab
    • Equipment Requirements for a Lab
    • Chemicals
  4. Micropropagation Techniques
    • Stock Plants -selection, planting, management
    • Uses for Tissue Culture
    • Problems with Tissue Culture
    • Procedures
    • Explants
    • Sterilisation
    • Nutrient Media
    • Shoot Induction and Proliferation
    • Rooting and Planting Out
    • Stages in Plant Development
    • Treating Plant Tissue with Sterilants
  5. Plant Hormones
    • Chemical Growth Modification
    • Principles of Using Plant Hormones
    • Auxins, Cytokinins, Gibberellins, Abscisic acid and Ethylene.
    • Other Chemical Treatments
  6. The Tissue Culture Environment
    • Media Types -Filter Bridge, Agar, Liquid
    • Nutrient Media Composition
    • Cleanlines
    • Light and Temperature
    • Hormones
    • Artificial Light
    • Water Quality
    • Water Treatgments
    • Carbon Dioxide Effects
    • Greenhouses
    • Diagnosis of Plant Disorders
  7. Commercial Applications
    • Understanding Genetics and Plant Breeding
    • Biotechnology
    • Cell Fusions
    • Overcoming Pollination Incompatibility
    • Pollination Biology
  8. Taking Plants out of Culture
    • Hardening off Plants
    • Growing Rooms or Chambers
    • Rockwool Applications with Micropropagation
  9. Culture of Selected Species
    • Begonia
    • Cattleya
    • Cymbidium
    • Review of a range of other plants

 

Practicals:
  • You will learn a wide variety of things, through a combination of reading, interacting with tutors, undertaking research and practical tasks, and watching videos. Here are just some of the things you will be doing:
  • Describe botanical terms which may be relevant to tissue culture.
  • Explain different physiological processes which are relevant to tissue culture, including:
    • Photosynthesis
    • Transpiration
    • Respiration.
  • Differentiate between different types of plant tissue, including:
    • Collenchyma
    • Sclerenchyma
    • Parenchyma
    • Xylem
    • Phloem
    • Meristem.
  • Describe the stages of plant growth during tissue culture of a specified plant.
  • Explain the roles of the major and minor nutrients in tissue culture.
  • Explain how five different specified plant hormones can be used in tissue culturing plants.
  • Explain the functions of different types of components of media, including:
    • Nutrients
    • Carbohydrates
    • Vitamins
    • Growth regulators
    • Amino acids
    • Antibiotics.
  • Differentiate between appropriate applications for both liquid and solid media.
  • Compare two different specified formulae for tissue culturing, formulated for two different plant genera.
  • Explain fifteen different terms relevant to micropropagation procedures, including:
    • abscission
    • aseptic
    • autoclave
    • axenic
    • bridge
    • in vitro
    • deionize
    • differentiate
    • flaming
    • hardening off
    • indexing
    • pipette
    • precipitate
    • transfer
    • vitrification.
  • Describe different methods of shoot proliferation used in tissue culture.
  • Explain a method of sterilisation for plant tissue in an operation observed by you.
  • Distinguish between tissue culture operations which use different plant parts, including:
    • Meristem
    • Shoot tip
    • Organ
    • Cell.
  • Describe the steps in producing a plant by tissue culture, observed by you in a commercial facility.
  • Explain how to remove a specified plant from tissue culture, into open culture.
  • Compile a resource file of twenty different suppliers of environmental control equipment.
  • Determine guidelines for establishing an appropriate, controlled environment, for growing a tissue culture.
  • Describe two different greenhouse management methods for acclimatising tissue cultured plants.
  • Explain how knowledge of short-day, long-day and day-neutral plants is relevant to tissue culture.
  • Explain methods of ensuring water used in tissue culture is pure and sterile.
  • Determine the equipment needed to set up a tissue culture laboratory.
  • Describe the functions of the equipment listed.
  • Develop on-going maintenance guidelines for a tissue culture facility which has the range of equipment listed.
  • Determine consumable materials required for the day-to-day operation of a specified tissue culture facility.
  • Determine the minimum skills needed to set up a tissue culture laboratory.
  • Write a job specification for a tissue culture technician, which identifies skills needed in that job.
  • Draw a floor plan to scale, for a workable tissue culture laboratory, designed for a specified purpose.
  • Describe commercial micropropagation methods for three different plant genera.
  • Distinguish between the unique requirements for successful micropropagation of six different specified genera.
  • Analyse, from research, the use of tissue culture for plant breeding.
  • Determine criteria for assessing the commercial viability of using tissue culture for propagating a given plant.
  • Determine the number of plants of a specified plant variety which would need to be cultured, in order to make tissue culturing of that plant commercially viable.
  • Assess the commercial viability of a specified tissue culture enterprise.

 

The quality of this course is second to none, from the in-depth learning you will get to the expert individual mentoring you will receive throughout your studies. The mentors for this course are: 
 
Roses image for Susan Stephenson Horticulture tutorSusan Stephenson
BSc in Applied Plant Biology (Botany) Univ. London 1983.
City and guilds: Garden Centre Management, Management and Interior Decor (1984)
Management qualifications in training with retail store. Diploma in Hort level 2 (RHS General) Distinction. 
 
Susan Stephenson is a passionate and experienced horticulturist and garden designer. She has authored three books, lectures at 2 Further and Higher Education Colleges, teaching people of all ages and backgrounds about the wonders of plants and garden design, and tutors many students by correspondence from all over the world.
 
Susan studied botany at Royal Holloway College (Univ of London) and worked in the trading industry before returning to her first love plants and garden design. She is therefore, well placed to combine business knowledge with horticulture and design skills. Her experience is wide and varied and she has designed gardens for families and individuals. Susan is a mentor for garden designers who are just starting out, offering her support and advice and she also writes, delivers and assesses courses for colleges, introducing and encouraging people into horticulture and garden design.
 
In 2010, Susan authored a complete module for a Foundation degree (FDSC) in Arboriculture.
 
Susan holds the RHS General with Distinction. She continues to actively learn about horticulture and plants and (as her students will tell you) remains passionate and interested in design and horticulture.
 
 
Steven Whitaker photo horticulture tutorSteven Whitaker
Diploma in Garden Design (Distinction) – The Blackford Centre, Gold Certificate of Achievement in Horticulture, Level 2 NVQ in Amenity Horticulture, Level 1 NOCN Introduction to Gardening, – Joseph Priestly College, BTEC Diploma in Hotel, Catering and Institutional Operations (Merit), Trainer Skills 1, & 2, Group trainer, Interview and Selection Skills – Kirby College of Further Education
 
Steven has a wealth of Horticultural knowledge, having ran his own Design and Build service, Landscaping company, and been a Head Gardener. His awards include five Gold awards at Leeds in Bloom, two Gold awards at Yorkshire in Bloom and The Yorkshire Rose Award for Permanent Landscaping. Steven has worked with TV’s Phil Spencer as his garden advisor on the Channel 4 TV Programme, “Secret Agent”. 
 
He is qualified to Level 2 NVQ in Amenity Horticulture and has a Diploma in Garden Design which he passed with Distinction. Steven’s Tutor and Mentor was the Chelsea Flower Show Gold Award-winning Garden Designer, Tracy Foster. He also works for a major Horticultural Commercial Grower in the field of Propagation and Craft Gardening. Steven lives in Leeds where he is a Freelance Garden Designer and Garden Advice Consultant. 

 

Excerpt From The Course

CYTOKININS

These are hormones which help with cell differentiation. Certain cytokinins applied to some plants at specific rates can actually help with root initiation, though more generally, cytokinins are found to inhibit root development.

Cytokinins give a strong stimulus for the development of buds. Cytokinins are used to advantage in tissue culture to stimulate leafy growth.

Cytokinins interact with auxins to produce varying physiological effects. For example, they work in conjunction with auxins to cause cell division in tissue culture: auxins promote root formation while cytokinins promote bud formation. In intact plants, cytokinins act in opposition to auxins, by promoting the growth of lateral buds and preventing leaf senescence.

The physiological effects of cytokinins on plants include:

  • Root initiation. Certain cytokinins applied to some plants at specific rates can actually help with root initiation, though more generally, cytokinins are found to inhibit root development.
  • Lateral bud development in dicots.
  • Delay of leaf senescence. Cytokinins slow senescence by allowing CO2 to enter the stomates, which has the effect of inhibiting the action of ethylene on senescence.
  • Cell expansion in cotyledons and in leaves.
  • Chloroplast development and synthesis.

Synthetic cytokinins are able to increase the storage life of fresh vegetables such as brussel sprouts and celery (although their commercial use is not permitted on food sold in some countries). They are also able to slow senescence in some cut flowers, including roses, but most in most flowers, exogenous cytokinins cannot overcome the senescence-promoting action of ethylene.

Cytokinins are beneficial for plants with compound leaves (eg. some Acacias), that drop easily. For example, cytokinin treatments may help leaf retention on cuttings.

Examples include:

2iP  (purine) -Can be effective in certain cell differentiation, eg. will initiate rhizome tissues in low bush blueberries

kinetin  -stimulates cell division, also affects differentiation of cells (affects the types of cells that develop following division). Avoid contact with skin & eyes. Kinetin doesn’t move readily through the sap system of a plant by itself; but will move in combination with IBA.

zeatin  -occurs naturally in corn (maize); expensive to buy, has a very strong cytokinine affect inducing tissue differentiation and regenaration

GIBBERELLINS

At high concentrations, gibberellins inhibit root formation. If natural levels of gibberellin which occur in a plant are lowered, then root development should be improved. Chemicals such as "Alar" and "Arest" are commercial preparations which work by interfering with the affect of gibberellin in a plant, hence reducing the inhibition to certain types of growth.

Gibberellins are present in varying amounts in all parts of the plant, but the highest concentrations are found in immature seeds. The best known of the group is GA3, gibberellic acid.

Gibberellins stimulate cell division and cell elongation, and affect both leaves and stems. They have the following physiological effects:

  • Stem elongation. Stems become long and thin, and leaves become pale when gibberellins are applied.
  • Juvenility. Gibberellins promote juvenility when applied to the adult branches in plants that have distinct juvenile and adult phases.
  • Flowering. Some rosette-forming plants produce elongated flowering stems after exposure to cold or long days (or both). When gibberellins are applied to such plants, they flower without the requirement for vernalisation or photoperiod. Gibberellin is thus used for early seed production of biennial plants such as cabbage.
  • Pollen and fruit development. Gibberellins stimulate the pollen germination and the growth of pollen tubes in some plants. Similar to auxins, they can cause the development of parthenocarpic fruits, including apples, cucumbers and eggplants. Gibberellic acid is applied to commercial plantings of some grape varieties to create fuller, looser clusters of grapes.
  • Seeds. Gibberellins overcome the need for dormancy-breaking cold or light requirements in certain plants, thus hastening seed germination.
  • Root formation. At high concentrations, gibberellins inhibit root formation. If natural levels of gibberellins which occur in a plant are lowered, then root development should be improved. Chemicals such as "Alar" and "Arest" are commercial preparations that work by interfering with the effect of gibberellin in a plant, hence reducing the inhibition to certain types of growth.

There are over 130 different types of gibberellins. They are able to be classified both on the basis of either function or chemical structure.

In terms of chemical structure; there are two important groups of gibberellins:

  • Nineteen carbon gibberellins  -These are biologically active forms. They are created from the 20 carbon types.
  • Twenty carbon gibberellins.

The biological activity of a particular type of gibberellins is strongly affected by:

  • number of hydroxyl groups linked to the carbon atoms
  • location of these hydroxyl groups

 

Course Info
How Do Our Tuition Fees Compare?Full time classroom based Further Education Courses - Approx. £5,000 per year - Part-time classroom based Adult Education Courses - Approx. £7.00 per hour - N.B. classroom tuition means you learn at the pace of the class. One-to-one private tuition - from £15.00 per hour - ADL one-to-one tution fees - From £340 per 100 Hour Course = Average of £3.40 per hour - N.B. one-to-one tuition is tailored to your own individual learning availability and pace.
Course StartBegin your learning at any time.
Course Prerequisite None - Our course levels are an indication of the depth of learning you should receive. They do not describe the level of difficulty.
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Course Qualification (Study Option B)Certificate of Attainment from ADL - Completed written assignments only - no final evaluation.
Comparative Credits InformationUK Course Credits: 10 - U.S. Credit Hours: 3 - when compared to regulated courses.
Course Duration and DeadlinesCourse hours given are a guide only. You will be encouraged to work at your own pace to learn as much as you can, with no assignment deadlines or end date by which you must complete your course by. You are in control!
Study SupportPersonal tutor/mentor support from industry relevant professionals throughout your whole course. Mentors are contactable by e-mail, telephone and through the Moodle online classroom. They provide assistance with your course material, plus discuss, explain and give advice when needed. They will also mark and grade your assignments, plus provide constructive and helpful feedback vital to your success.
Suitability for Self Employment and Small BusinessesOur courses are ideal for sole traders and small business owners and their staff. Customer confidence in what you can do will determine how successful you are in getting clients. Doing the job right using the correct knowledge and skills, leads to repeat business and referrals to friends, family and work colleagues. Completing one or more of our courses for the service you have to offer, will give you the tools to achieve this and grow your business.
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Tissue Culture 100 Hours Certificate Course

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Horticulture Courses Online  Crops Courses Online  Home Gardening Courses Online  Plant Nursery & Propagation Courses Online  Plant Varieties Courses Online  Professional Development Courses Online 

Tissue Culture 100 Hours Certificate Course

Price: £340.00Course Code: BHT306 CLD
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