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| 메타플럭스넷(MetaFluxNet) 1.6 |
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| 주요내용 |
유기체의 생화학정보를 이용해 특정미생물의 가상세포시스템을 구성하고 이를 바탕으로 컴퓨터상에서 대사흐름을 정량적으로 분석할 수 있는 세포대사 시뮬레이션 프로그램 |
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| 활용분야 |
식물생산자원, 동물자원, 수의학 등 |
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| 토마토와 상추 수경재배 |
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| 주요내용 |
- 생육단계별 설정 : 발아기, 유묘기, 영양생장기, 생식생장기
- 지상부 환경 설정 : 광, 온도, 상대습도
- 지하부 환경 설정 : 근권온도, pH, EC
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| 활용분야 |
식물생산·자원 |
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| How Many Trees? |
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| 주요내용 |
To obtain the timber value of a large remote area, estimate the number of trees from a Landsat image-a problem in statistical sampling. |
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| 활용분야 |
산림자원 등 |
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| MSW Learning Tool |
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| 주요내용 |
- Waste charaterization
- Waste collection | Waste processing
- Landfills | Recycling | Composting | Incineration
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| 활용분야 |
농업환경, 농공학 등 |
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| PROFOOD |
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| 주요내용 |
정확한 살균, 멸균, 냉동, 건조와 같은 식품저장공정을 정확하게 진행하기 위한 공학계산 시뮬레이션 또는 식품가공공정에서 온도, 습도, 미생물 및 영양등에 조건설정을 위한 예비공정 테스트를 위한 시뮬레이션 툴
- Develop a numerical tool (finite element based) for an accurate simulation of food preservation processes such as: Sterilization ,Pasteurization, Freezing, Drying
- Post-processing of results: temperature evolution, moisture evolution, microorganisms and nutrients kinetics, etc.
- Pre-defined geometry data-base for canning industry
- User friendly interface for the definition of: Process preservation parameters , Nutrients and micro-organisms kinetics parameters , Food macromolecular composition , Environment characterization: Temperature and H.R.
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| 활용분야 |
식품과학(공정개발) |
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| Virtual Bacterial Identification Lab |
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| Basic Steps |
- Prepare a sample from a patient and isolate whole bacterial DNA.
- Make many copies of the desired piece of DNA.
- Sequence the DNA.
- Analyze the sequence and identify the bacteria.
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| Objectives |
- What does PCR do, how does it work, and why is it useful?
- How do you separate the desired DNA from all others?
- How does an automatic DNA sequencer work?
- Why is it possible to use a DNA sequence to identify bacteria?
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| 활용분야 |
동물자원, 수의학 등 |
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| Virtual Microbiology Lab |
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| 주요내용 |
- General Introduction
- Laboratory safety
- Introduction to Diagnostic Laboratory Exercise
- Specific Instructions
- Day-to-dayPlan
- Case histories
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| 활용분야 |
미생물학, 동물자원학, 수의학 등 |
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| Virtual Transgenic Fly Lab |
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| 주요내용 |
The lab will familiarize you with the science and techniques used to make transgenic flies. Transgenic organisms, which contain DNA that is inserted experimentally, are used to study many biological processes. In this lab, you will create a transgenic fly to study circadian rhythms. The fly glows only when a certain gene involved in circadian rhythms is activated. After making the glowing fly, you will use it to explore basic principles of circadian biology and genetics. |
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| Basic Steps |
Make transgenic flies
- Prepare DNA that will be incorporated into the fly genome
- Prepare fly embryos
- Inject fly embryos with DNA
- Breed flies
- Select transgenic progeny
- Examine light output from transgenic adults
Make transgenic flies
- Measure per-luc gene expression (that is, light emissions) under different light-dark conditions
- Examine different fly body parts for per-luc expression
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| 활용분야 |
농생명공학 |
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| WebBeePop |
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| 주요내용 |
how honey bee population dynamics depends on the weather |
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| Basic Steps |
- Enter the initial settings ( colony size/ city)
- Choose a critical event (life goes on/swarm/ chalkbrood/ resource depletion/ queen superc edure/ pesticide)
- Run WebBeePop
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| 활용분야 |
농생명공학 |
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