The document discusses using barcodes to improve operations at the CIP Genebank in Peru. It provides specifications for barcode types, label media, printers, mobile devices, and ribbons for different use cases like field collection, seed storage, in vitro storage, and greenhouse activities. Barcodes can help track accessions, reduce errors, and improve efficiency by integrating with apps like Field Book and Inventory Mobile for data collection. Demonstrations are given of printing labels and using the apps. Barcodes provide a simple way to identify accessions and collect information for conservation activities.
CIP Genebank Data Systems:
1.Genebank Overview
2.Genebak IT Platform
3.Identification Systems by Collection
4.Genebank and International/National databases
Chainway C71 is an Android rugged mobile computer. As a replacement of C70E, it is improved to enable optical fingerprint sensor CBM-E3. C71 is revolutionized to be FIPS 201 compliant, and enable secure data encryption and fake finger detection. With its powerful quad-core processor and wireless connections such as 4G, Bluetooth, and Wi-Fi, optical fingerprint scanner, 1D/2D barcoding as well as other data capture options,
including iris recognition and HF RFID/NFC, you can find this easy-to-deploy device an exceptionally valuable helper to increase working efficiency and productivity. C71 with abundant functions can best satisfy your different industrial needs.
"The Barcode" Presentation
By: Group Four (Aslam, Ceren, Fohn, Sara and Youssef)
for the group assignment of the "Research Methodology" course at the University of Greenwich
Barcode or Barcode Reader is an optical machine-readable representation of data relating to
the object to which it is attached. Originally barcodes systematically represented data by varying
the widths and spacing of parallel lines, and may be referred to as linear or one-dimensional
(1D). Later they evolved into rectangles, dots, hexagons and other geometric patterns in two
dimensions (2D). Although 2D systems use a variety of symbols, they are generally referred to
as barcodes as well. A barcode reader uses a photo sensor to convert the barcode into an
electrical signal as it moves across a barcode. Mechanism: The scanner then measures the
relative widths of the bars and spaces, translates the different patterns back into regular
characters, and sends them on to a computer or portable terminal. If we use barcodes, we get
online information without giving any data to the computer. If the manufacturing company
produces large quantity of products, then these barcodes are very useful.
CIP Genebank Data Systems:
1.Genebank Overview
2.Genebak IT Platform
3.Identification Systems by Collection
4.Genebank and International/National databases
Chainway C71 is an Android rugged mobile computer. As a replacement of C70E, it is improved to enable optical fingerprint sensor CBM-E3. C71 is revolutionized to be FIPS 201 compliant, and enable secure data encryption and fake finger detection. With its powerful quad-core processor and wireless connections such as 4G, Bluetooth, and Wi-Fi, optical fingerprint scanner, 1D/2D barcoding as well as other data capture options,
including iris recognition and HF RFID/NFC, you can find this easy-to-deploy device an exceptionally valuable helper to increase working efficiency and productivity. C71 with abundant functions can best satisfy your different industrial needs.
"The Barcode" Presentation
By: Group Four (Aslam, Ceren, Fohn, Sara and Youssef)
for the group assignment of the "Research Methodology" course at the University of Greenwich
Barcode or Barcode Reader is an optical machine-readable representation of data relating to
the object to which it is attached. Originally barcodes systematically represented data by varying
the widths and spacing of parallel lines, and may be referred to as linear or one-dimensional
(1D). Later they evolved into rectangles, dots, hexagons and other geometric patterns in two
dimensions (2D). Although 2D systems use a variety of symbols, they are generally referred to
as barcodes as well. A barcode reader uses a photo sensor to convert the barcode into an
electrical signal as it moves across a barcode. Mechanism: The scanner then measures the
relative widths of the bars and spaces, translates the different patterns back into regular
characters, and sends them on to a computer or portable terminal. If we use barcodes, we get
online information without giving any data to the computer. If the manufacturing company
produces large quantity of products, then these barcodes are very useful.
CIP Poster Genebank Data Management. A Digital Genebank: Information Management & Hardware Technology.
- What data is stored?
- What data is published?
- How is data colected?
AGENDA
Curator considerations for germplasm images
--Include a color calibration chart
--Include a measure tape
--Include a barcode label
--Include a watermark and a standard background color
--Draft guidelines for germplasm images
Data manager considerations for germplasm images
--CIP policy for images
--Update file image properties (metadata) with ExifTool: Authors and Copyright
--Upload image metadata on Genesys: Using a quick guide
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Barcoding at CIP Genebank - 2020
1. S e e d s f o r R e s i l i e n c e P r o j e c t f o r N a t i o n a l G e n e b a n k s i n
N i g e r i a , Z a m b i a , E t h i o p i a , K e n y a a n d G h a n a
18 November, 2020
Barcoding at CIP Genebank & New GRIN-Global
Tools
Edwin Rojas (CIP)
IT Specialist &
GRIN-Global Administrator
Lima - Peru
2. Agenda
• CIP Genebank Overview
• General Specifications for Barcode and Media
• General Specifications for Hardware
• Barcode Use Case 1: Field Collection
• Barcode Use Case 2: Seed Collection
• Barcode Use Case 3: In Vitro Collection
• Barcode Use Case 4: Greenhouse
• Evaluate phytosanitary symptoms
• Sweetpotato clonal conservation in pots
• Cross flower of wild crops to regenerate seeds
• Seed growth in jiffy pots
• Manufacture and Label Providers
• New GRIN-Global Tools
• Questions and Answers
4. About CIP Genebank
CIP Genebank use a QMS (quality management system) to
give the users of the Genebank a visible assurance of the
quality of the germplasm being distributed.
CIP is the custodian of one
the world’s largest in vitro
collection for potato,
sweetpotato and ARTC.
CIP is the custodian of
one of the largest clonal
plant cryobanks.
6. About CIP Genebank: Environments
Cold chambers/
Laboratories
Greenhouses Field
7. General Specifications for Barcodes and Media
Definition and benefits
A barcode is a machine-readable representation of information interpreted by the scanner.
A barcode help in:
1. A simple way and fast to acquire item information to identify it for example in conservation
the accession number
2. A simple way and fast to collect general information of the item for example in germplasm
distribution the order number, doi and accession number
3. Track the item for example with the inventory number
Therefore use barcodes in Genebanks is a good data management practice to gain efficiencies
1. CIP 700129 2. 2020-085;CIP 700129;10.18730/8V5~ 3. INV44026
8. Barcode
Types
Symbologies Description
1D (linear) Code 39 Can encode both numeric and alpha data
Code 128 For a wider selection of characters arose
than Code 39
2D Data Matrix
A Data Matrix Code is a two-dimensional
(2D) code that consists of black and white
modules. Capacity to recover 20-30% of
data
Though usually for small size items.
Data Matrix Code can store large amounts
of data for encoding, making them
appropriate for a wide variety of
applications.
QR
A QR Code is another type of 2D code
that consists of black modules arranged in
a square pattern on a white background.
Capacity to recover 20-30% of data
Though usually for websites and not for
small size items. QR is pretty looks.
QR Code can store large amounts of data
for encoding, making them appropriate for
a wide variety of applications.
General Specifications for Barcodes and Media
Barcode Types and Symbologies
9. Pointed end labels
(stick-ins)
1 roll of 1000 labels to 30 USD
Self-tie labels
(loop locks)
1 roll of 1000 labels to 25 USD
Self-adhesive labels
(square)
1 roll of 4000 labels to 32 USD
General Specifications for Barcodes and Media
Media types (labels)
11. Label
Type
Glue Type Purpose
Removable glue For medium-term conservation like In
vitro conservation and clonal
conservation in greenhouses. When
is needed to reuse the vessels to
facilitate wash them.
Permanent glue For long-term conservation like seed
conservation and cryo conservation
Self-adhesive labels
(square)
General Specifications for Barcodes and Media
Glue types
12. Label
Type
Media Type Purpose
Synthetic of
Polypropylene
For short-term or medium-term
conservation
Synthetic of
Polyester
For long-term conservation
(seeds or cryo)
Self-adhesive labels
(square)
General Specifications for Barcodes and Media
Media types
14. General Specifications for Hardware
Print technologies: Thermal transfer
Printing
Technology
Printer Type Purpose
Thermal Transfer Desktop Printer Recommended for genebank
activities in special for long-term
conservation.
Thermal transfer delivers high-
definition text, graphic, and bar code
print quality for maximum readability
and scannability.
Thermal transfer printing produces
long-life image stability
Use ribbon.
Ribbon
Label
15. General Specifications for Hardware
Print technologies: Direct thermal
Printing
Technology
Printer Type Purpose
Direct Thermal Desktop Printer Direct thermal printing is an old
technology, originally designed for
copiers and fax machines, that utilizes
chemically coated paper.
Not frequently used in desktop
printers.
Not use ribbon.
Mobile Printer Frequently used in mobile printers.
Label durability for a maximum of 3
months and used in greenhouses
when cross flower plants or in
laboratories for petri dishes for seed
viability o cryo activities.
Not use ribbon.
Laser or dot matrix Desktop Printer Not recommended for genebank
activities
Label
17. General Specifications for Hardware
Mobile computer specifications
IPXX = IP+ Code 1 + Code 2 = solid particle protection + liquid ingress protection
Product: PocketPC for Field
Manufacture/Model: Zebra, MC9300 series
Level of Protection: IP67
Cost: 2500 USD
18. General Specifications for Hardware
Resistance norm to define the level of protection of hardware: IP Norm
IPXX = IP+ Code 1+ Code 2
Code 1 Solid particle protection Code 2 Liquid ingress protection
0 No special protection 0 No waterproofing
1 Protection from solid objects greater
than 50 mm in diameter
1 Dripping water
2 Protection from solid objects greater
than 12 mm in diameter
2 Dripping water when tilted at 15°
3 Protection from solid objects greater
than 2.5 mm in diameter
3 Spraying water
4 Protection from solid objects greater
than 1 mm in diameter
4 Splashing of water
5 Complete protection against contact,
protection against dust deposit
5 Water jets
6 Complete protection against contact,
protection from infiltration of dust
6 Powerful water jets
7 Immersion, up to 1 meter (3 ft 3 in) depth
8 Immersion, 1 meter (3 ft 3 in) or more depth
https://en.wikipedia.org/wiki/IP_Code
19. General Specifications for Hardware
Mobile printer and mobile computer specifications
IPXX = IP+ Code 1+ Code 2
Product: Mobile Barcode Printer
Manufacture/Model: Zebra, ZQ600 Series
Level of Protection: IP54
Cost: 800 USD
Product: PocketPC for Laboratory and Greenhouse
Manufacture/Model : Zebra, TC72 series
Level of Protection: IP65
Cost: 2200 USD
20. General Specifications for Hardware
TabletPC specifications
IPXX = IP+ Code 1+ Code 2
Product: TabletPC for laboratory
Manufacture/Model : Zebra, ET51 series
Level of Protection: IP65
Cost: 1400 USD
21. General Specifications for Hardware
Barcode scanner and desktop printer specifications
IPXX = IP+ Code 1+ Code 2
Product: Handheld Scanner
Manufacture/Model: Zebra, DS8100 series
Level of Protection: IP52
Cost: 400 USD
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
24. In Office Sowing Evaluation Harvest In Office
Write/Cut
Labels
Print
Field Book
Read & Write
on Paper
Read & Write
on Paper
Read & Write
on Paper
Read Paper &
Re-Write on PC
Print Labels
Upload
Field Book
Scan & Update
Field Book
Scan & Update
Field Book
Scan & Update
Field Book
Download
Field Book
Eliminate manual paper operations to reduce human error and labor cost
Barcode data collection is faster than manual collection
Adoption of superior method for data entry is needed: Barcode produces greater than 99.9% data accuracy
Skilled typists make one error approximately every 300 keystrokes
Barcode Use Case 1: Field collection
Steps of labeling
Field Book App: http://phenoapps.org/apps/
Next year 2021 will connect directly to GRIN-Global
Storage
Assign
location
Assign
location
26. Software: Zebra Designer Pro
Cost: $300 aprox.
https://www.zebra.com/us/en/products/software/barcode-printers/link-os/zebradesigner-pro.html
Barcode Use Case 1: Field collection
Components and their specifications
Barcode: accession number + ’-’ + plot number
Example: CIP 702333-3
Printing type: Thermal transfer
27. Barcode Use Case 1: Field collection
Components and their specifications
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
Printing type: Thermal transfer
Self-tie labels (loop locks)
Synthetyc of polyplas
1 roll of 1000 labels to 30 USD
Sizes: 191 x 255 mm, 4 columns
Thickness: 200 microns
Product: Ribbon Wax
Model: 5319 PERFORMANCE
Manufacture: Zebra
Cost: 20 USD
Purpose: short-term conservation
28. Barcode Use Case 1: Field collection
Data collection
Field Book App: http://phenoapps.org/apps/
A free tool for Android
Next year 2021 will connect directly to GRIN-Global
meanwhile import/export from Excel
User Manual:
https://excellenceinbreeding.org/sites/default/files/manual/field_book_manual_v3.pdf
29. Barcode Use Case 1: Field collection
Print barcode labels with Zebra Designer
Demo (5 mins)
30. Barcode Use Case 2: Seed collection
Video (48 segs)
https://www.youtube.com/watch?v=q7ep_tQQs5Q
33. Software to print: GRIN-Global Mobile App
A free tool
https://gitlab.com/GRIN-Global/grin-global-apps/mobileapp
Barcode Use Case 2: Seed collection
Components and their specifications
Barcode: ’INV’ + inventory number
Example: INV 299661
Printing type: Thermal transfer
34. Barcode Use Case 2: Seed collection
Components and their specifications
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
Printing type: Thermal transfer
Self-adhesive labels (square)
Synthetic of polyester
1 roll of 4000 labels to 80 USD
Sizes: 3.3 x 3.5 mm, radius corner of 2.0 mm,3 columns
Glue: Permanent glue
Product: Ribbon Resin
Model: 5095 PERFORMANCE
Manufacture: Zebra
Cost: 65 USD
Purpose: long-term conservation
35. Barcode Use Case 2: Seed collection
Data collection
Inventory Mobile App: https://gitlab.com/GRIN-Global/grin-global-apps/mobileapp
A Free tool for Android and Windows
YouTube training:
https://www.youtube.com/watch?v=kMaMgfNpRCk&list=PLrY0roojbpPV0GWtFx6J5kihJMHvue2k7
44. Barcode Use Case 3: In vitro collection
Verify labels after subculture
45. Barcode Use Case 3: In vitro collection
Components and their specifications
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
Printing type: Thermal transfer
Self-adhesive labels (square)
Synthetic of polypropylene
1 roll of 4000 labels to 32 USD
Sizes: 3.3 x 3.5 mm, radius corner of 2.0 mm,3 columns
Glue: REMOVABLE glue
Product: Ribbon Wax/Resin
Model: 3200 PERFORMANCE (35USD)
Manufacture: Zebra
Cost: 35 USD
Purpose: medium-term conservation
46. Barcode Use Case 3: In vitro collection
Barcode: ’INV’ + inventory number
Example: INV 299661
Printing type: Thermal transfer
47. Barcode Use Case 4: Greenhouse
Evaluate phytosanitary symptoms
Sweetpotato clonal conservation in pots
Cross flower of wild crops to regenerate seeds
Seed growth in jiffy pots
Video (1.11 min) to evaluate phytosanitary symptoms
https://www.youtube.com/watch?v=4fL9kjJ6hxo
52. Barcode Use Case 4: Greenhouse
Specifications: Seed growth in jiffy pots
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
Printing type: Thermal transfer
Product: Ribbon Wax/Resin
Model: 3200 PERFORMANCE (35USD)
Manufacture: Zebra
Cost: 35 USD
Purpose: medium-term conservation
Pointed end labels (stick-ins)
100 mm x 19 mm, 200 microns
1 roll of 1000 labels to 30 USD
Description: Waterproof lightweight non-adhesive
stick in (push in) plant tags. Pointed at one end so
they can be stuck into plant pots and trays.
53. Barcode Use Case 4: Greenhouse
Specifications: Evaluate phytosanitary symptoms
Product: Desktop Barcode and RFID Printer
Manufacture/Model: Zebra, Series ZT411 series
Classification: Rugged metal frame and case for
demanding activities
Cost: 1500 USD
Printing type: Thermal transfer
Self-adhesive labels (square)
Synthetic of polypropylene
1 roll of 4000 labels to 32 USD
Sizes: 3.3 x 3.5 mm, radius corner of 2.0 mm,3 columns
Glue: REMOVABLE glue
Product: Ribbon Wax/Resin
Model: 3200 PERFORMANCE (35USD)
Manufacture: Zebra
Cost: 35 USD
Purpose: medium-term conservation
54. Barcode Use Case 4: Greenhouse
Specifications: Cross flower of wild crops to regenerate seeds
Manufacture/model: Zebra PolyPro 4000D
Synthetic of polypropylene
1 roll of 250 labels
36 rolls to 250 USD
Sizes: 2.0 x 1.0 inches,1 column
Permanent glue
Product: Mobile Barcode Printer
Manufacture/Model: Zebra, ZQ600 Series
Level of Protection: IP54
Cost: 800 USD
Printing type: Direct thermal
Not use ribbon
55. Manufacture and Label Providers
Links by product
Manufacture for desktop printer: Zebra
https://www.zebra.com/us/en/products/printers/industrial/zt400-series.html
Manufacture for mobile printer: Zebra
https://www.zebra.com/us/en/products/printers/mobile/zq600-series.html
Manufacture for handheld computer: Zebra
https://www.zebra.com/us/en/products/mobile-computers/handheld/tc72-tc77-series-touch-computer.html
Manufacture for TabletPC: Zebra
https://www.zebra.com/us/en/products/spec-sheets/tablets/et51-android-scanner.html
Manufacture for scanner: Zebra
https://www.zebra.com/us/en/products/scanners/general-purpose-scanners/handheld.html
Provider of labels and ribbons:
https://www.labelzone.co.uk/labelstation/horticultural-labels/ (Label for field)
https://dura-id.com/industries-applications/horticulture/ (Label for field)
https://www.zebra.com/us/en/products/supplies/ribbons.html (Ribbons type)
https://www.zebra.com/us/en/products/supplies/labels-tags.html (Label for direct thermal)
56. Manufacture and Label Providers
Zebra Labels and Ribbons Catalog
https://www.zebra.com/content/dam/zebra_new_ia/en-us/solutions-verticals/product/Supplies/guide/zebra-certified-supplies-guide-selector-en-us.pdf
61. New GRIN-Global Tools
GRIN-Global Wizards and Mobile App
To facilitate daily work of genebank staff like technicians, supervisors, curators and
administrators was developed new software tools for the GRIN-Global platform.
Two types of GRIN-Global tools were developed:
1. Five Wizards for Curator Tool to handle data more smoothly
- Search Wizard
- Update Wizard
- Trait Wizard
- Print Wizard
- List Comparison Wizard
2. One mobile app for Android and Windows for data collection about inventories
The tools are Open Source and under Apache license 2.0
Download last version from https://gitlab.com/GRIN-Global/Wizards and https://gitlab.com/GRIN-
Global/grin-global-apps/mobileapp
Training videos on YouTube:
https://www.youtube.com/channel/UCWexOCDil5l7VJP1WrdEjeQ/playlists
Source code published in: https://gitlab.com/CIP-Development/grin-global_client_international
67. The International Potato Center (known by its Spanish acronym CIP) is
a research-for-development organization with a focus on potato, sweetpotato,
and Andean roots and tubers. CIP is dedicated to delivering sustainable
science-based solutions to the pressing world issues of hunger, poverty,
gender equity, climate change and the preservation of our Earth’s fragile
biodiversity and natural resources.
www.cipotato.org
CIP is a member of CGIAR
CGIAR is a global agriculture research partnership for a food secure future. Its
science is carried out by the 15 research centers who are members of the
CGIAR Consortium in collaboration with hundreds of partner organizations.
www.cgiar.org