Upload
others
View
1
Download
0
Embed Size (px)
Citation preview
Environmental Technologies
1. JAG Seabell Co., Ltd.
2. MIRAI-LABO CO.,LTD.
3. Eco Research Institute Ltd.
14
Tokyo Venture Technology Awards
The Potential installation location
Irrigation Canals Water Plants Power Plants Engineered Waterways Off-Grid Development
World’s First Micro Hydro Power Generating System
Ultra Low Head STREAM
15
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
JAG Seabell Co., Ltd.
(formerly, Seabell International Co.,Ltd.)
Yuji Unno
2004
77,000,000yen
14
2, Rokubancho, Chiyoda-ku, Tokyo,
Japan 102-0085
Tel.+81-3-3237-9634
Fax.+81-3-3288-5882
http://www.jagseabell.jp/english
Tokyo Venture Technology Award
Many installation records
Corporate Profile
JAG Seabell Co.,Ltd. (formerly, Seabell International Co.,Ltd.)
16
New Standard in environmentally friendly power generation
Ultra low head micro-hydropower capturing previously untapped hydro energy in canals and waterways
Patented vertical dual axis Bell mouth inlet feeding kinetic energy into chamber accelerating energy
Compact unit for easy installation No-need for by-pass canal Easy installation, low cost and less environmental impact
Main component of STREAM (in Japan)
Generator
Gear box
Turbine, Base Frame
Electric Control Box
Ready-made (purchase)
Ready-made + Assembly
Welding
Generator Module
Turbine Module
Control Module
Generator Module Turbine Module Control Module + + = STREAM
Localize
Easy localization of technology
•Manufacture •Maintenance
STREAM : the product at a glance
JAG Seabell Co., Ltd.
Tokyo Venture Technology Award 17
SECURITY
LIVING LEVEL
INCREASED LITERACY
Depend on manpower
High Cost Fossil Fuel
No light
BENEFIT
PRODUCTIVIT GAINS
COST SAVINGS
JOB CREATION
Irrigation Canal
Stream , Small Waterfall
Rural area Non electrified village
Good solution for rural development
Local Firm
Power producer (Local Gov.
Private companies)
Village group
Villagers
National Gov.
Fund
ODA, loan, grants
Sales
O&M agreement
Improve Power situation
Higher industry And investment
Local vocational training
Employment and Income generation
ODA project
Micro grid power distribution
SEABELL
Tech transfer
Royalty
NGO
Capacity Building
Examples of possible scheme
JAG Seabell Co., Ltd.
Tokyo Venture Technology Award 18
【 Features 】
• MIRAI-LABO CO.,LTD. has developed a revolutionary
light reflector design for use in LED light washer to
effectively illuminate large areas with uniform lighting.
(3 lux @30m, 30 lux @15m)
• Extreme Energy-saving
(Lowest Power Consumption 18W, replaces 800W
mercury vapor)
• Lightweight - (Around 5Kg, or 11 lbs including battery)
• Makes it possible to hang the light fixture in high locations to provide more
functional illumination around the work areas.
• Eliminates the need of using generators during night construction hours,
eliminating noise,
noise, CO2 production, and safety hazard that come with use of generators.
• Eliminates need of employing dedicated lighting vehicles, reducing labor
and fuel costs.
• Combination use of panel reflectors and parabolic
curve reflectors makes it possible to control
directivity and dispersion of the light output. This
optimizes the use of energy in providing uniform
lighting in distant locations.
• MIRAI LABO owns a patent on usage of panel
reflectors in conjunction with more than 2
parabolic reflectors.
【 Impact 】
【 Principles, Structure, Comparison, etc. 】
Tokyo Venture Technology Award
X-teraso Rechargeable Battery-Powered Specialty Light Washer
19
Tokyo Venture Technology Award
Business Overview • Research, development, manufacture, and sales of CO2 reducing systems.
• Research, development, manufacture, and sales of energy-saving LED lighting systems.
• Research, development, manufacture, and sales of natural energy-powered lighting
systems and environmentally adaptive smart street lighting systems.
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
Corporate Profile MIRAI-LABO CO.,LTD.
(formerly, MIRAI ENVIRONMENT DEVELOPMENT LABORATORY CO.,LTD.)
Toshio Hiratsuka
2006
100,000,000yen
15
3-3-20 Sennincho, Hachioji-shi, Tokyo, 193-0835, Japan
Tel. +81-42-673-7113
Fax. +81-42-665-1577
http://mirai-lab.com/
MIRAI-LABO CO.,LTD. (formerly, MIRAI ENVIRONMENT DEVELOPMENT LABORATORY CO.,LTD.)
20
MIRAI-LABO CO.,LTD.
Tokyo Venture Technology Award
• Highrise night-work lighting
Dedicated accessories for street poles allows hanging of the light fixture at any height,
providing effective down lighting to work area.
• Lighting around places where generators cannot be used
Because this MiLED X eliminates the need of generators, it can be used in areas where CO2
emission, noise, or heat emission is restricted.
• Residential area or roadways
By directing and focusing the lighting to the desired lighting area with use of 4 adjustable
arms, light noise and glare to the neighboring residence and moving traffic can be minimized.
• Lighting around noise-sensitive areas
Prevents complaints from residents and increases productivity and improves work
environment.
• Emergency lighting during disters
Highly useful during times of disaster due to its ultra-lightweight and weather proof features
Applications
21
MIRAI-LABO CO.,LTD.
Tokyo Venture Technology Award
Items Typ. Unit Remark
Size 500×1000 mm Arms opened
Weight 5 Kg Battery Included
Power Consumption 18 W Lamp only
Color Temperature 5100 K Day White
Luminous Flux 2800 lm Total Light Output
CRI 80< Ra
Weather Proof Grade IP56 JIS Standard
Illumination Intensity
by Distance
7500 Lx 1m Distance
300 Lx 5m Distance
75 Lx 10m Distance
45 Lx 13m Distance
Continuous Operating
Hours 18/8 Hours
Standard / High
Output
Storage Temperature -40~+60 °C
Operation
Temperature -20~+40 °C
Specifications
Light Distribution
22
Paper Powder Reinforced
Plastic Composite “MAPKA®”
【Unique Features】
・New plastic resin with high renewable material content to reduce
fossil-based material and ideal to replace conventional plastics
・Waste paper from paper companies and paper products factories
can be used to dramatically lower carbon footprint
・Proprietary dry paper grinding technology enables 25-50µm powder
creation by which our pellets offer smooth and reliable processing
・Award Winning Unique Technology
Eco Research Institute won the Environmental Award for
Emerging Technologies in Materials from the Society of Plastics
Engineers (SPE)
【Market Impact】
・MAPKA® is the material for the future
- Reduction of petroleum-based material
- Dramatic improvement of carbon footprint
- Wide range of end product applications
- Competitive price by using waste paper
- Improve your brand image and claim bio-based origin
- Recyclable both for material recycling and thermal recycling
- Global need increasing for this new eco-friendly bio-plastic
【MAPKA® Differences】
・Principal ingredients are paper powder and polyolefin (mainly polypropylene)
・Consistent quality for mass production unlike other natural fibers plastic composites
・Shorter cycle & cooling time and lower energy requirements during the molding process
・Designed for injection molding, blow molding, extrusion including sheet and thermoforming
・Available both in master batch form for custom compounders and ready-to-mold thermoplastic
composite pellets for molders
・MAPKA® dramatically reduces your environmental impact
Tokyo Venture Technology Award 23
Eco Research Institute Ltd.
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
Business Overview
Corporate Profile
Tokyo Venture Technology Award
・Manufacturing and sales of bio-plastic pellets, principally consisting of paper powder and
polyolefin plastics, designed for injection molding, blow molding, extrusion, sheet and
thermoforming applications
・Manufacturing and sales of paper composites, principally consisting of paper powder and
starch, designed for the manufacturing of steam foamed products
・Manufacturing and sales of steam foamed products including heat insulation boards and
transportation cushions, principally consisting of paper powder, starch and polyolefin plastics
・Manufacturing and sales of equipment designed for the production of paper powder, bio-plastic
pellets, steam foamed heat insulation boards and transportation cushions
・Research & development of recycling of waste paper, plastics and other organic wastes
・Consulting of paper grinding system and bio-plastic production
Ibaragi MAPKA® factory
Society of Plastics Engineers (SPE)
Plastics Environmental Division
Global Plastics Environmental Conference (GPEC)
Environmental Stewardship Awards Winner
(Emerging Technologies in Materials, Processing & Applications)
Eco Research Institute Ltd.
Takamichi Matsushita
1998
470,000,000yen
181
Green Nanpeidai Building 2F, 16-29 Nanpeidai-cho
Shibuya-ku, Tokyo, 150-0036, Japan
Tel. +81-3-5428-3123
Fax.+81-3-5428-3245
http://www.ecobioplastics.jp
24
Eco Research Institute Ltd.
Tokyo Venture Technology Award
Application Examples:
Eco-Friendly Products utilizing unique characters of Paper Powder Reinforced
Composites (MAPKA®)
Low
Shrinkage
Rate
- Comparing with conventional plastics, the pellets
have lower shrinkage rate like engineering plastics
and you can save cooling time
- Cost down by shorter cooling time
- Fit for industrial applications and food packaging
products
Improve
Vibration
Damping/
Sound
Attenuation
-By containing powdered paper, you can improve
vibration damping & sound attenuation
- Fit or electric/electronics appliances and automotive
related products
- Additional modification cost might be incurred
(Ex. motor vibration reduction fabrication)
Improve
Stiffness/
Strength
- Paper powder significantly increases stiffness and
strength of plastics
- Conventional non-organic mineral fillers have a
disadvantage of higher density
- Paper reinforced pellets are much lighter and can
achieve the required properties
Improve
Heat
Resistance
- Paper powder significantly increases heat
resistance of plastics for various applications
- Good for microwave and dish-washer safe
- Paper plastic composites are regarded being
better than polypropylene and non-organic filler
combination for microwavable food packaging
Cup & Lid
Fan Casing
Pallet
Food Trays
25
Eco Research Institute Ltd.
Tokyo Venture Technology Award
・This revolutionary breakthrough addresses an emerging global interest in using paper powder
as thermoplastic reinforcing fillers
- ERI’s US subsidiary: Eco Bio Plastics Midland, Inc. (EBPM)
4037 S.Saginaw Rd., Midland, Michigan 48640 USA
TEL:+1 989-496-1934 FAX:+1 989-496-1941
・MAPKA® is now available globally and produced at commercial scale
Left: Taka Matsushita, President with Michigan Governor, Honorable Rick Snyder
Right: Taka Matsushita at Global Plastics Environmental Conference (SPE)
ERI’s technology is Made in Japan but it is rapidly growing globally
(THE CONTACT)
・Americas & Europe: [email protected]
・Japan & Rest of the World: [email protected]
26
Biotechnology
1. euglena Co., Ltd.
2. Synthera Technologies Co., Ltd.
3. Biotherapy Medical Co., Ltd.
4. On-chip Biotechnologies Co. Ltd.
27
The outdoor mass cultivation technology
of microalgae Euglena
Tokyo Venture Technology Award
・ Achieved the world’s first successful outdoor mass
cultivation of Euglena for food use in December 2005
・ Based on this success, euglena Co., Ltd. started to
sale products to the market and accelerate R&D
activities that collaborate with leading companies and
universities in Japan.
【Features】
【Impacts】 microalgae Euglena
Aviation Biofuel
Euglena contains several nutrients such as vitamins, minerals and proteins, and only has
the cell membrane protecting the cell itself making efficient digestibility possible.
It enabled to make starting sales food items and supplements.
Euglena contains a unique ingredient known as “paramylum”(β-1, 3-glucan). Our company
have researched on the immune system balance adjustment function with paramylum, and
applied it to medical supplies.
Offering a skincare brand cosmetics that has contained “Rejuna ™”, hydrolyzes extract of
Euglena. Offering a pet food and R&D activities for feed.
R&D activities for Aviation biofuel and Biodiesel fuel with fats and oils derived from Euglena. Expanding other R&D criteria.
Outdoor mass cultivation technology of Euglena
euglena Products R&D Activities
Biodiesel fuel
(DeuSEL Project)
Food items &
Supplements
Cosmetics
Pet foods
28
Tokyo Venture Technology Award
euglena Co.,Ltd.
euglena Co., Ltd.
Mitsuru Izumo
2005
5,424,242,000 JPY
356 (Sep 2017)
5-29-11 Shiba, Minato-ku, Tokyo 108-0014, Japan
Tel.+81-3-3453-4907
Fax.+81-3-5442-4907
www.euglena.jp/
Business Overview
Corporate Profile Corporate Name
President
Establishment (year)
Capital
Number of Employees
Head Office
URL
Through the improvement and development of cultivation technologies, we aim to expand to
lower added value fields, as each of them becomes successively economically viable.
High
Low
Price by weight
Food
Fiber
Feed
Fertilizer
Fuel
The most important factor in euglena Co., Ltd. business
strategy is the concept “5-Fs of Biomass”. This concept is
a set of initial letters taken from the five words ;food, fiber,
feed, fertilizer, and fuel, and the company’s targets at
lowering production cost to that of biofuels.
① Research, development and production of microalgae
including Euglena
② Manufacture and sale of health food and cosmetics
containing microalgae such as Euglena
③ Development of technologies in biofuel production
and environmental management using microalgae
such as Euglena
④ Business development for investment and other
activities in connection with biotechnology – related
businesses
29
Tokyo Venture Technology Award
IL-6 standards
0
1
2
3
4
5
6
7
8
9
10
11
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
10 - 2 10 - 1 10 0 10 1 10 2 10 3 10 4 10 5
MUSTag
ELISA
0
x72
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
IL-8 standards
0
1
2
3
4
5
6
7
8
9
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
10 - 2 10 - 1 10 0 10 1 10 2 10 3 10 4 10 5
MUSTag
ELISA
0
x530
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
EGF standards
0
1
2
3
4
5
6
7
8
9
10
11
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
10 - 2 10 - 1 10 0 10 1 10 2 10 3 10 4 10 5
x1700MUSTag
ELISA
0
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
FGF-basic standards
0
1
2
3
4
5
6
7
0.0
0.1
0.2
0.3
0.4
0.5
0.6
10 - 1 10 0 10 1 10 2 10 3 10 4 10 5 10 6
MUSTag
ELISA
0
x17
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
HGF standards
0
1
2
3
4
5
6
7
8
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
10 - 1 10 0 10 1 10 2 10 3 10 4 10 5 10 6
MUSTag
ELISA
0
x24
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
VEGF standards
0
2
4
6
8
10
12
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
10 - 1 10 0 10 1 10 2 10 3 10 4 10 5 10 6
MUSTag
ELISA
0
x290
Ag conc. (pg/mL)
C
t
L
OG
(OD
450 n
m)
Detection antibody
Binding site : Fusion protein
Conjugate oligo DNA to
antibody
Conversion of protein signal to nucleic acid signal
Available to use existing DNA analysis technologies
Ultra-high sensitivity
Simultaneous multiple measurement (3-plex)
Easy-to-use
Wide application
Low price
MUSTag Technology
(MUltiple Simultaneous Tag)
High sensitive protein detection by using real-time PCR
Compare MUSTag Assay to ELISA
4. Measurement of oligo DNA
by using real-time PCR
4. Detection by using plate reader
MUSTag assay kit components
Sensitivity Comparisons
Advantage of MUSTag Technology
Assay reagents
•MUSTag solutions
•Standard antigens
•Buffers
•PCR primers
•Hydrolysis probes
Protocol
(English / Japanese
available)
96-well immunoplate
•Capture antibodies
are immobilized.
20- to 1,000- fold higher sensitivity compared to ELISA.
1. Binding of antigen to
immobilized antibody
2. Reaction of antibody
labeled enzyme
3. Chromogenic /
luminescence reaction
Sandwich ELISA
2. Reaction of MUSTag-Ab.
3. Digestion of oligo
DNA with EcoRI
1. Binding of antigen to
immobilized antibody
MUSTag assay
MUSTag
30
Tokyo Venture Technology Award
Synthera Technologies Co., Ltd.
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
Synthera Technologies Co.,Ltd.
Ippei Watanabe
2005
2,500,000yen
4
1-5-10 Kudanminami Tiyoda-ku
Tokyo,102-0074 Japan
Tel. +81-3-3263-8114
Fax. +81-3-3263-8114
http://www.synthera.co.jp/
Ⅰ.Clinical Diagnostics
A. Cancer Related
1. Bladder Cancer
2. Uterus Cancer
3. Breast Cancer
B. Influenza Related
1. PCR method
2. Immuno- chromatography method
C. Other Applications
1. Alzhemer’s Disease
2. Child Hereditary Disease
Ⅱ.Research Chemicals
1. Ready to Use Chemicals
2. Custom and Order Made Chemicals
Business Overview
Corporate Profile
31
~Sterilized Maggots for Maggot Debridement Therapy~
Medical Maggot
Tokyo Venture Technology Award
What is Maggot Debridement Therapy ?
Maggot Debridement Therapy (MDT) is a type of wound therapy, in which sterilized maggots
are introduced into wounds to remove necrotic tissue and suppress infection.
Targets of MDT include various types of chronic wounds containing necrotic tissue, such as
diabetic gangrenes, leg ulcers, pressure ulcers, postoperative infectious wounds, and so on.
Photos by Professor Masaaki Miyamoto, Department of Regenerative Medicine, Nippon Medical School
Products Our main products are sterilized maggots for medical use.
Species
We use maggots of greenbottle flies (Lucilia sericata).
There are over 100,000 species of flies on the earth, but only a dozen have
been reported as effective and safe species for medical use.
Across the world Lucilia sericata is one of the most commonly
used species for medical purpose.
Production system
In our laboratory in Nagahama, several
thousand domestic greenbottle flies are
breeding under controlled conditions.
We periodically pick some of them out
of the colony and sterilize them using a
special technique.
Then disinfected maggots are shipped to
various medical facilities.
We also check the existence of aerobic and
anaerobic bacteria in every group of maggots.
Sterelization
Medical facilities
Nagahama laboratory
Production system
A case of
55y.o., Male
Burger’s Disease
before MDT during MDT after MDT
Lucilia sericata
32
Tokyo Venture Technology Award
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
Biotherapy Medical Co., Ltd.
Hitoshi Takase
2006
21,000,000yen
3
1281-8-10 Nagahama Bio Incubation Center, Tamura,
Nagahama, Shiga, 526-0829, Japan
※We have moved our office from Tokyo to Shiga.
Tel. +81-749-53-1485
Fax.+81-749-53-1484
http://www.btmcl.com/
Business Overview
Corporate Profile
Insectary for breeding Clean Room for
sterilization
FED-STD-209D Class10,000
Our company was established in 2006 to provide
domestic medical facilities with sterilized
maggots for medical use. While providing
medical maggots, we store information about the
effectiveness and risk of maggot debridement
therapy, and give feedback to medical
professionals.
We are also carrying out research and
development for new products containing the
secretion of insects, especially maggots.
Biotherapy Medical Co., Ltd.
33
We produce and sell sterilized maggots of
greenbottle flies (Lucilia sericata) for medical use.
According to the differing needs of our customers,
we provide two types of medical maggots.
Free Maggot
Sterilized 1-2-instar maggots of
domestic Lucilia sericata.
Maggots in plastic bottles are delivered to
hospitals, then removed, and
introduced into wounds.
The recommended dose is 5-10 maggots
per cm2.
We also provide specially made mesh stockings, which are useful
in ensuring that maggots do not escape from wounds.
Usually the maggots are left on the wound for 2 to 4 days.
After the treatment, the maggots should be sealed in a plastic bag,
and dumped with other medical wastes.
Photos by Professor Masaaki Miyamoto, Department of Regenerative Medicine, Nippon Medical School
Free Maggot
Maggot Bag
2~3mm
covered with stocking
and gauze
2~4 days
wash out the maggots
Medical Maggot ~Products lineup part 1~
Biotherapy Medical Co., Ltd.
Tokyo Venture Technology Award 34
Maggot Bag
Maggot Bags are small pouch-like polyester bags containing 40-300 sterilized maggots .
Maggots Bags have a several advantages over Free Maggots.
First, they help prevent maggots from escaping
from the wound during therapy, which is usually
the highest concern of caregivers.
The second advantage is their usability.
Because Maggot Bags are easy for caregivers to handle,
they can shorten treatment time.
They can also ease the pain that patients feel when
maggots make direct contact with a wound’s surface.
Despite these advantages, caregivers
should keep note that the bags can restrict
some of the maggots’ movement and
that Free Maggots are superior in terms
of effectiveness of treatment.
Maggot Bag on wound
2~4 days
remove from wound
Medical Maggot ~Products lineup part 2~
Biotherapy Medical Co., Ltd.
Tokyo Venture Technology Award 35
Tokyo Venture Technology Award
【Features】
Microfluidic chip based flow cytometric sorter
On-Chip Sort
The world’s first, damage-free & sterile sorter!
■Damage-free sorting
No high pressure, No ultrasonic, No electrical charge
Microfluidics chip for sorting On-Chip sort
Non-sorting
A
Sorter A
B
On-Chip Sort
C Dead and/or non-functioning cells
when sorted by conventional sorter
A (B),
Live neuronal cells in non-sorting
(A) and sorted by On-Chip Sort (C).
■Contamination-free sorting
Fit in a biosafety cabinet. Measurement using disposable chip
■Sorting in the culture medium
Sheath and sample buffers can be any buffer, such as the culture medium.
■Small size and maintenance free
State-of-the-art technology made it possible small size sorter. Disposable chip enables
wash/maintenance free operation.
■Sorting of precious samples
Sample volume is 10~100ul, the best way to scale down the assays.
Neuronal cells from mouse embryonic hippocampus 7days after sorting.
Biosafety and damage are big issues for flow cytometric sorting. However, the
conventional jet-in-air cell sorters damage the cells severely. We developed a
disposable microfluidic chip based cell sorter. The sorting is done by pulse flows, and
this brand-new technique is free from any main damage, such as high pressure,
ultrasonic and electrical charge.
36
On-chip Biotechnologies Co. Ltd.
Corporate Name
Representative Director
Establishment (year)
Capital
Number of Employees
Head Office
URL
Business Overview
Corporate Profile
Tokyo Venture Technology Award
“ The World’s First! Cell sorter using disposable Microfluidic Chip ! ”
The conventional Cell sorter is expensive, large size and high cost of maintenance device
which requires extensive training for correct usage. We provide innovative Cell sorter that is
easy to operate, small size and maintenance-free. On-Chip Sort is designed the consolidated
hydrodynamic focusing system by utilizing disposable Microfluidic chip
Products
Microfluidic chip Flow cytometer “On-chip Flow”
The World’s First! Flow cytometer using disposable Microfluidic Chip
Microfluidic chip Cell sorter
Microfluidic chip Cell sorter “On-Chip Sort”, which is able to damage-
free & sterilized sorting.
On-chip Biotechnologies Co. Ltd.
Masayuki KOBAYASHI
2005
100,000,000yen
14
204 Tama-Koganei Venture Port ,
2-24-16 Naka-cho, Koganei-shi, Tokyo, 184-0012, Japan.
Tel. +81-42-385-0461
Fax.+81-42-385-0462
http://www.on-chip.co.jp
37
On-chip Biotechnologies Co. Ltd.
Tokyo Venture Technology Award
On-chip innovation
Microfluidic technology Disposable chip-sterilized & cross-contamination free
Chips for both cell analysis and cell sorting are available (Fig 1),and each of them have choice
of sterilized or non-sterilized chips. The size of chip are 5.5cm x 4.0 cm and they are made
from an acrylic resin (PMMA). The width of the microfluidics is 80 micrometers, and the depth
of it is from 50 to 80 micrometers. Whole fluid system including sample, sheath, and waste flow
paths are fit within the chip, which prevents contamination into the equipment. The process is
free from any aerosol.
In addition, On-chip Flow/Sort are compact to fit in a
bio-safety cabinet, providing the best solution to deal
with biohazardous samples (Fig2).
Easy operation and maintenance-free
Free from a time-consuming maintenance of the equipment. On-chip Flow/Sort do not have
any wet tubes due to the use of disposable microfluidic chips. It is a semi-closed system with
the use of attached chip holder covering the chip. After discarding the chip at the end of
analysis or sorting, operation is terminated by simply turning off the power (Fig3).
The operation is very simple as droplet formation nor electrode sorting method is not adopted.
Chip Loading the sample Set in the holder Installation Run
Chip for analysis Chip for sorting
Fig1. Disposable microfluidic chip Fig2. On-chip Sort installed in bio safety cabinet
Fig3. The microfluidic chip enables a closed system
38
On-chip Biotechnologies Co. Ltd.
Tokyo Venture Technology Award
Sorting technology Achieve a damage free sorting
The conventional cell sorter damages the cells by the high speed collision (10m/sec) to the surface
between air and water, high pressure flow control (>45PSI) and electric charging at the time of cell
separation.
On-chip innovation
Flow system technology Flow control & a wide selection of sheath liquid sample solution
Sheath and sample flow in micro channels are
controlled as non-contact flow system by air
pressure formula. During the sorting, the target cells
are collected into the collection reservoir. In addition,
cells are also recoverable form the waste reservoir.
For the sorting, the separation is carried out by
pulse flow in micro-channels. Various sheath liquid
and sample buffer are enabled for the assay, such
as the culture medium with serum and even oil.
Fig4. Flow and optics of microfluidic
Micro flow paths Microfluidics chip
Target
Sort
Detection
PUSH PULL
Non-target
80μm
Fig5. Principle of sorting
On the contrast, On-chip sort causes no
damage to the cells because the flow speed is
less one m/sec without the collision, the flow
control pressure is less than 0.3PSI, sorting
force is not electric field but pulse flow.
Furthermore, the sorting is carried out by
choices of buffers to prevent damage to the cell.
When the target cell is passing through the
sorting area, push/pull pulse flow is generated
in a short moment. This pulse flow can separate
the target cell into isolation reservoir. (Fig5).
Main specifications
Sorting method “Flow Shift method”
Laser Up to 3 Lasers
Volume of sample 10~100μL
Purity 98%
Yield >80%
Cell damage No
Contamination No
Fluorescent sensitivity <200 MESF FITC
Detection speed 4,000 events/sec
Sorting speed 100 target cells/sec
Start-up 5 minutes
Size (W,H,D) 620,330,390mm
39