Technology Dashboard

Application Number
PH 2/2017/050210

Date of Filing
2017-07-28

Utility Model Number
2017050210

Registration Date
2019-07-29

Status
Published

Description
This is used to ensure the health standard off planting materials. The shoot-tips are cut from the apical shoots of a healthy chrysanthemum plants and inoculated in sterilized bottles containing the culture media. When shoots have developed into plantlets, these are taken out from the laboratory into the greenhouse for acclimatization and hardening, to increase rate of survival and reduce mortality before transplanting. Significance
This is used to ensure the health standard of planting materials. Target Users
Chrysanthemum growers Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Ornamentals
Technology Owner
• Benguet State University
Technology Generator
• Dr. Carlito P. Laurean

Description
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. The application of three and six bags of chemical fertilizer per ha, combined with 20 ml/L of carrageenan yields higher grain weight (450g and 455 g/10 hills, respectively) than the farmers' practice of applying nine bags of chemical fertilizer/ha. Carrageenan enhances the crop vigor of rice. Productive tillers and panicle length (length of inflorescence) are significantly higher in Carrageenan-treated plants. Productive tillers are the rice stems that bear panicles (rice inflorescence) with fertilized grains, while longer rice panicle is associated with producing more grains. Significance
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. Target Users
Rice Farmers Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Legumes
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Philippine Nuclear Research Institute (DOST-PNRI)
Technology Generator
• Dr. Lucille V. Abad
• Giuseppe Filam O. Dean
• Luvimina G. Lanuza
Technology Adopters
• HL Trading Company Incorporated
• Magic Touch Print Shop

Description
A portable pellet mill developed mainly from scrap-materials that is appropriate for on-farm pellet production. It is used in pelletizing total mixed ration (TMR) for goats. It has a milling capacity of 130 kg/hr and machine efficiency of 93.30% with fuel consumption of 0.17 liters/hr. Significance
A portable pellet mill developed mainly from scrap-materials that is appropriate for on-farm pellet production. Target Users
Goat farmers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Central Luzon State University (CLSU)
Technology Generator
• Dr. Edgar A. Orden
• Dr. Armando N. Espino, Jr.
• Dr. Maria Excelsis M. Orden
• Neal A. Del Rosario

Description
The peanut sheller-sorter is an electric motor powered machine that is used to break peanut pods through centrifugal and impact force action. It separates the freed-up kernels from the peanut shells. Furthermore, it cleans and sorts kernels into two sizes. It has a processing capacity of about 150 kg/hour of peanuts. Significance
A peanut sheller with sorter machine to separate the peanut kernel from pods and sort the kernels into three sizes. Target Users
Peanut farmers Technology Applicability - Industry
• Peanut Industry
Industry - Sector - Commodity
• Agriculture Crops Legumes
Technology Owner
• Cagayan State University (CSU)
Technology Generator
• Dr. Jose D. Guzman

Description
The formulation produced is a refinement to the existing goat semen extender intended for artificial insemination. Goat sperm cell is characterized as unique to the other livestock sperm cells, in terms of its reaction to the egg yolk. Semen diluents used in processing commonly contain egg yolk as a protection against cold and freezing related damages to the sperm cells. This utility model is comprise of buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. The non-penetrating cryoprotectant is a plant based lecithin from soybean to avoid the interaction of the sperm cells and enzyme from the egg yolk. In this case, more sperm cells is ensured alive once introduced into the reproductive tract of the doe. The diluted semen is pack in semen straws and incubated at 5°C for four (4) hours. After the incubation period, the semen is slowly plunged into the liquid nitrogen tank. In the assessment of the post-thaw motility of the spermatozoa shows that it increase from 30% to 50%. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Jonathan N. Nayga
• Aubrey Joy M. Balbin
• Olivia M. Gaffud
• Demetrio B. Gumiran
Technology Adopters
• DV Boer Farm

Description
The formulation produced is a refinement to the existing goat semen extender intended for artificial insemination. Goat sperm cell is characterized as unique to the other livestock sperm cells, in terms of its reaction to the eggyolk. Semen diluents used in processing commonly contain eggyolk as a protection against cold and freezing related damages in the sperm cells. This invention comprises buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. The said non-penetrating cryoprotectant is a plant-based lecithin from soybean. Inclusion of the said lecithin improves the post-thaw motility of the spermatozoa, and enhances pH stability thereby increases storage period under refrigerated condition up to 110 hours. The formulation is in powdered form and packed in PET/PE foil material to protect its chemical content from environmental damages. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Aubrey Joy M. Balbin
Technology Adopters
• DV Boer Farm

Description
BioGroeTM is a solid-based microbial inoculant containng plant-growth-promoting-bacteria (PGPB), which are root-associated bacteria inducing root growth by producing plant hormones and providing nutrients in soluble form. Based on the research conducted by UPLB- BIOTECH, the use of BioGroeTM with the recommended rate of chemical fertilizer provided a significant increase in growth rate and productivity of high value crops such as corn and rice. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Vegetables
• Agriculture Crops Ornamentals
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)

Description
This model presents a composition for an ethnobotanical dewormer for native chicken using the powder forms of mature seeds of betel nut (Areca catechu) and ipil-ipil (Leucaena lecocephala) as main ingredients. These plants contain constituents that serve as cheap sources of anthelmintics against internal parasitism. Internal parasitism in native chicken can cause severe diarrhea and high mortality. The formulation can be used for the treatment and control of roundworms, including common large roundworms of native chicken (Ascaridia galli), common thread worms (Capillaria specie), and the cecal worm (Heterakis gallinarum) and gape worm (Syngamus trachea). Technology Applicability - Industry
• Poultry Production
Industry - Sector - Commodity
• Agriculture Livestock Native Chicken
Technology Owner
• Capiz State University (CapSU)
Technology Generator
• Bede P. Ozaraga
• Ma. Sylvia I. Ozaraga
• Maryneth B. Barrios

Description
NUTRIOTM is a biofertilizer that uses endophytic bacterial inoculants which promote nitrogen fixation and production of plant growth promoting hormones of eggplant and sugarcane. It is a foliar spray biofertilizer in powdered form suspended in water and is directly sprayed on growing crops. It is also a stand-alone product. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Virginia M. Padilla
Applied Research
Project Title - Toxicological Study and Pilot Testing of Nutrio™ Biofertilizer for Improved Production of Sugarcane in Regions III and VI
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 5000000.00
Start date -
End date -

Description
MykoPlus biofertilizer is a breakthrough agricultural solution in improving crop production by significantly reducing the amount of required synthetic fertilizer application in farm operations while improving soil condition. It capitalizes on naturally-occurring microbial organisms such as mycorrhiza and phosphorus solubilizing bacteria to enhance nutrient uptake of plants. It is intended to help farmers in their farming operations by lowering the total cost of soil fertilization as well as allowing a more sustainable agricultural practice through the preservation of the soil’s natural ecosystem. Mykoplus promises to serve as a source of affordable and sustainable biofertilizer that can improve the yield of farmers and fortify the survivability of crops to withstand various pernicious environmental factors. It is a stand-alone product in the form of powder which is applied as seeds as coating. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Applied Research
Project Title - MykoPlus Technology Promotion and Demonstration Trials for Yellow Corn and Eggplant
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 2428000.00
Start date -
End date -

Description
ACTICon™ a biopesticide that uses the fungi actinomycetes as a biocontrol agent against the devastating Fusarium wilt-causing F. oxysporum TR4 (Foc TR4) or more commonly known as the Panama wilt in Cavendish bananas. It was developed to serve as a replacement for the synthetic chemical pesticides that is currently being excessively used in the market, causing harm to the environment, as well as to the human and animal health. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Banana
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Applied Research
Project Title - Pilot Testing of Actinomycetes Biocontrol Agents (ACTICon Against Fusarium oxysporum TR4 in Cavendish Banana
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 5000000.00
Start date -
End date -

Description
The present utility model is a natural coating composition from ethanolic starfruit (Averrhoa carambola L) leaf extract comprising of 50 grams Averrhoa carambola L. leaves, 500 ml ethanol and 4,500 ml distilled water. It was tested that the natural coating extended the shelf life of fresh vegetables particularly tomatoes and string beans. The process of producing the natural coating consist of cutting or slicing the leaves of the starfruit into small pieces and percolated separately with distilled water, ethanol, and acetic acid as extractants. Every gram of the plant material was added with 10 milliliters of the ethanol and the mixtures were percolated overnight or for 24 hours. The mixtures were then filtered. The corresponding filtrates were diluted to 1% concentration as coating solutions. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Basic Research
Project Title - Generally Regarded as Safe (GRAS) Coatings to Enhance Shelf-life of Vegetables
Funding Agency - DOST-PCAARRD
Implementing Agency - Visayas State University
Project Cost - 983000.00
Start date - 2012-04-01
End date - 2014-03-31

Description
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. The application of three and six bags of chemical fertilizer per ha, combined with 20 ml/L of carrageenan yields higher grain weight (450g and 455 g/10 hills, respectively) than the farmers' practice of applying nine bags of chemical fertilizer/ha. Carrageenan enhances the crop vigor of rice. Productive tillers and panicle length (length of inflorescence) are significantly higher in Carrageenan-treated plants. Productive tillers are the rice stems that bear panicles (rice inflorescence) with fertilized grains, while longer rice panicle is associated with producing more grains. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Philippine Nuclear Research Institute (DOST-PNRI)
Technology Generator
• Dr. Lucille V. Abad
Technology Adopters
• HL Trading Company Incorporated

Description
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. The application of three and six bags of chemical fertilizer per ha, combined with 20 ml/L of carrageenan yields higher grain weight (450g and 455 g/10 hills, respectively) than the farmers' practice of applying nine bags of chemical fertilizer/ha. Carrageenan enhances the crop vigor of rice. Productive tillers and panicle length (length of inflorescence) are significantly higher in Carrageenan-treated plants. Productive tillers are the rice stems that bear panicles (rice inflorescence) with fertilized grains, while longer rice panicle is associated with producing more grains. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Philippine Nuclear Research Institute (DOST-PNRI)
Technology Generator
• Dr. Lucille V. Abad
Technology Adopters
• Magic Touch Print Shop

Description
A portable pellet mill developed mainly from scrap-materials that is appropriate for on-farm pellet production. It is used in pelletizing total mixed ration (TMR) for goats. It has a milling capacity of 130 kg/hr and machine efficiency of 93.30% with fuel consumption of 0.17 li/hr. Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Central Luzon State University (CLSU)
Technology Generator
• Dr. Armando N. Espino, Jr.
Applied Research
Project Title - Testing and Evaluation of Machinery Generated from PCAARRD-funded Projects
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 3305897.00
Start date -
End date -

Description
HiYEAST is a yeast-based biocontrol agent that prevents fruit and vegetable decay caused by pathogens during postharvest handling. The technology is designed as an alternative and/or supplement to reduce the use of chemicals in nature. Consequently, it will reduce human health and environmental risks that comes with the use of existing synthetic control agents. It is applicable to fruits and vegetables, specifically, to banana, tomato, calamansi, mango, garlic, nuts and onion. Technology Applicability - Industry
• chrysanthemum growing areas
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Basic Research
Project Title - Project 6. Yeast Application for Biocontrol of Postharvest Pathogens of Fruits and Vegetables
Funding Agency - DOST
Implementing Agency - University of the Philippines Los Baños
Project Cost - 941800.00
Start date - 2012-06-01
End date - 2015-05-31

Description
The machine is a local 8-row riding-type precision seeder that can have a seeding rate of 15kg/ha to 30 kg/ha and at least 2 ha/day field capacity and suitable both for hybrid and inbred rice production. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Basic Research
Project Title - Project 1. Development of a locally adapted and manufactured riding type precision seeder
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice)
Project Cost - 2844013.00
Start date - 2013-07-01
End date - 2014-06-30 Applied Research
Project Title - Pilot Testing of a Locally Manufactured Riding-type Precision Seeder
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice)
Project Cost - 0.00
Start date - 2013-07-01
End date - 2014-06-30

Description
Loop-Mediated Isothermal Amplification (LAMP) diagnostic kit is a practical alternative to the conventional polymerase chain reaction (PCR) and standard microbiological techniques in the detection of White Spot Syndrome Virus (WSSV). It is 10x more sensitive for the detection of WSSV compared to PCR. It is aided by a heat block apparatus which replaces the expensive thermal cycler. Results can also be obtained within 1 hour. Due to its convenience, simplicity and speed of detection, it can be used on-site. Diagnostic kit utilizing locally fabricated machine will significantly bring down the cost of pathogen detection in the country. Technology Applicability - Industry
• Shrimp Farming Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Shrimp
Technology Owner
• University of Santo Tomas (UST)
Technology Generator
• Dr. Mary Beth A. Maningas
Applied Research
Project Title - Project 6. Technology Transfer and Adoption of LAMP Assay to Shrimp Farmers
Funding Agency - DOST-PCAARRD
Implementing Agency - University of Sto. Tomas
Project Cost - 5842779.00
Start date -
End date -

Description
One of the keys to reducing the risk of diseases in shrimp is prevention and early detection. Affordable, rapid, and easy to use for diagnosis of pathogen for shrimps method that involves the use of genome-based lateral flow strip biosensor has been developed as a diagnostic platform for white spot syndrome virus (WSSV) and other shrimp pathogens. The test strips are field-ready, with an extraction and mobile device kit for first level screening of pathogens on site. Test strips may also be coupled with polymerase chain reaction (PCR) amplification of DNA extracts for faster and low level detection. The test strips may be multiplexed for simultaneous detection of more than one pathogen. The use of mobile strip reader and an accompanying application (app) instantaneously allows the test results of the diagnostic strips to be fed into an on-line pathogen information resource and biosurveillance system. The mobile strip reader will link the data captured by the app to the cloud server, which in turn is linked to a biosurveillance data center at the Southeast Asian Fisheries Development Center (SEAFDEC). Target Users
Aquaculture Technology Applicability - Industry
• Shrimp Farming Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Shrimp
Basic Research
Project Title - Project 3. Development of shrimp pathogen diagnostic tools using nested PCR and lateral flow strip biosensors with mobile app and cloud-based information management
Funding Agency - DOST-PCAARRD
Implementing Agency - Ateneo de Manila University
Project Cost - 15436281.49
Start date - 2013-11-16
End date - 2015-12-31

Description
Suitable for transplanting inbred and hybrid rice. It can transplant 2 to 6 seedlings per hill at a planting depth of 2-6 cm, hill spacing of 12-18 cm, and row spacing of 30 cm. Helps minimize labor cost compared to manual transplanting, which requires 20-25 persons/day/ha and takes only two persons to complete transplanting activities and has a planting capacity of 2 ha/day with 24 hills/m2 planting density. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Philippine Rice Research Institute (PhilRice)
Applied Research
Project Title - Pilot Testing of Local Riding Type Transplanter
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice) - Muñoz
Project Cost - 4527613.00
Start date -
End date -

Description
MicroMix contains biostimulant-producing microbes selectively obtained from different rhizospheres and optimally combined to perform at its best using DNA-based techniques. MicroMixBG is used for bitter gourd while MicroMixBP is used for bell pepper. When applied by seed coating, it enhances root system for better growth and increase yield by more than 15%. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Applied Research
Project Title - Pilot Testing and Pre-commercialization Analysis of Micromix as Microbial Based Stimulants for Improved Productivity of Solanaceous (Bell Pepper) and Cucurbits (Bittergourd)
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 4975606.80
Start date -
End date -

Description
WiltCure, a biopesticide, can effectively control Fusarium wilt in tomato, eggplant, and hot pepper, resulting in more vigorous growth and higher yield. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Basic Research
Project Title - Callus and Microbe Co-culture as a Novel Source of Biopesticides against Major Agricultural Pests and Diseases
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 1291900.00
Start date - 2012-07-01
End date - 2015-05-31

Description
The sorting method is done when the pl is about 3 months old and be stocked separately in different pond compartments by size to allow the small ones to utilize the inputs for them to grow faster to marketable size and variation in size will be prevented. Target Users
Shrimp Growers Technology Applicability - Industry
• Shrimp Farming Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Shrimp
Basic Research
Project Title - S&T Community Based Farm (STCBF) on Improving Ulang Production in Quezon Province
Funding Agency - DOST-PCAARRD
Implementing Agency - Ms. Emiliana Casbadillo/BFAR R4A
Project Cost - 1870178.00
Start date - 2013-01-18
End date - 2015-04-17

Description
Algae pastes are concentrates of liquid microalgae cells which are used in nurseries as feed for larval fish, shrimp and other aquaculture species. The microalgae paste is an instant feed that can be used as an alternative to on-site algal culture especially when rations of live algae are insufficient. It is easy to apply and can be provided to the stock anytime. Target Users
Aquaculture Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Feed Resources - Aquafeeds
Applied Research
Project Title - Project 1. Pilot-testing of microalgae paste as feed for shrimp and milkfish hatcheries
Funding Agency - PCAARD-GIA
Implementing Agency - University of the Philippines Visayas-College of Fisheries and Ocean Sciences (UPV-CFOS)
Project Cost - 4170088.00
Start date -
End date -

Description
A hybrid sea cucumber dryer comprising: a rectangular body having an upper member and a lower member. The said upper member of the hybrid sea cucumber dryer where drying is accomplished is mounted on top of the said lower member. The said upper member of the hybrid sea cucumber dryer comprising: a clear glass panel mounted on top of said upper member, a number of drying trays that easily slide into the tray holders, two vertical partitions that divide the said upper member into three, a number of doors for each division and air shutters which are all secured to the said rectangular body. The said lower member of the hybrid sea cucumber dryer where the drying air is heated in the absence of solar radiation is provided with a heating plate secured at the top portion of said lower member, an opening being secured on one side of the lower member, an air vent and a peep hole being secured at the opening, and a chimney protruding upwardly from the back side of said lower member. Said hybrid sea cucumber dryer uses a rice hull stove as heat source but other combustible biomass materials like wood, charcoal, corn cobs, etc. can be used as alternative fuel source. Target Users
Coastal area Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Marine Resources Sea Cucumber
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)

Description
The semen extender formulation used in processing goat semen is composed of buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. This formulation is used to ensure the viability of the sperm cells to be used in breeding using artificial insemination technique. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Jonathan N. Nayga
• Aubrey Joy M. Balbin
Basic Research
Project Title - Project 3.2 Enhancement of cryopreservation protocols for improved goat semen quality
Funding Agency - PCAARRD-GIA
Implementing Agency - Isabela State University (ISU)
Project Cost - 747288.40
Start date -
End date -

Description
The formulation produced is a refinement to the existing goat semen extender intended for artificial insemination. Goat sperm cell is characterized as unique to the other livestock sperm cells, in terms of its reaction to the egg yolk. Semen diluents used in processing commonly contain egg yolk as a protection against cold and freezing related damages to the sperm cells. This utility model is comprise of buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. The non-penetrating cryoprotectant is a plant based lecithin from soybean to avoid the interaction of the sperm cells and enzyme from the egg yolk. In this case, more sperm cells is ensured alive once introduced into the reproductive tract of the doe. The diluted semen is pack in semen straws and incubated at 5°C for four (4) hours. After the incubation period, the semen is slowly plunged into the liquid nitrogen tank. In the assessment of the post-thaw motility of the spermatozoa shows that it increase from 30% to 50%. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Jonathan N. Nayga
• Aubrey Joy M. Balbin
• Olivia M. Gaffud
• Demetrio B. Gumiran
Technology Adopters
• DV Boer Farm

Description
The semen extender formulation used in processing goat semen is composed of buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. This formulation is used to ensure the viability of the sperm cells to be used in breeding using artificial insemination technique. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Jonathan N. Nayga
• Aubrey Joy M. Balbin
Basic Research
Project Title - Project 3.2 Enhancement of cryopreservation protocols for improved goat semen quality
Funding Agency - PCAARRD-GIA
Implementing Agency - Isabela State University (ISU)
Project Cost - 747288.40
Start date -
End date -

Description
The formulation produced is a refinement to the existing goat semen extender intended for artificial insemination. Goat sperm cell is characterized as unique to the other livestock sperm cells, in terms of its reaction to the eggyolk. Semen diluents used in processing commonly contain eggyolk as a protection against cold and freezing related damages in the sperm cells. This invention comprises buffer solution, non-penetrating cryoprotectant and penetrating cryoprotectant. The said non-penetrating cryoprotectant is a plant-based lecithin from soybean. Inclusion of the said lecithin improves the post-thaw motility of the spermatozoa, and enhances pH stability thereby increases storage period under refrigerated condition up to 110 hours. The formulation is in powdered form and packed in PET/PE foil material to protect its chemical content from environmental damages. Target Users
Goat Raisers Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Isabela State University (ISU)
Technology Generator
• Aubrey Joy M. Balbin

Description
BioGroeTM is a solid-based microbial inoculant containng plant-growth-promoting-bacteria (PGPB), which are root-associated bacteria inducing root growth by producing plant hormones and providing nutrients in soluble form. Based on the research conducted by UPLB- BIOTECH, the use of BioGroeTM with the recommended rate of chemical fertilizer provided a significant increase in growth rate and productivity of high value crops such as corn and rice. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
• Agriculture Crops Ornamentals
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dinah Q. Diffuntorum-Tambalo
• Erlinda S. Paterno
• Lilia M. Fernando

Description
This model presents a composition for an ethnobotanical dewormer for native chicken using the powder forms of mature seeds of betel nut (Areca catechu) and ipil-ipil (Leucaena lecocephala) as main ingredients. These plants contain constituents that serve as cheap sources of anthelmintics against internal parasitism. Internal parasitism in native chicken can cause severe diarrhea and high mortality. The formulation can be used for the treatment and control of roundworms, including common large roundworms of native chicken (Ascaridia galli), common thread worms (Capillaria specie), and the cecal worm (Heterakis gallinarum) and gape worm (Syngamus trachea). Technology Applicability - Industry
• Poultry Production
Industry - Sector - Commodity
• Agriculture Livestock Native Chicken
Technology Owner
• Capiz State University (CapSU)
Technology Generator
• Bede P. Ozaraga
• Ma. Sylvia I. Ozaraga
• Maryneth B. Barrios

Description
The processing of agricultural crops leads to an inevitable increase in waste byproducts which poses major environmental issues. There is an evident need to utilize these in order to contribute to agro-industrial waste management. Copra meal is a by-product of the coconut industry. Although regarded as waste, it is known to comprise high nutritive value, however only small portions are used in the livestock due to its fibrous nature and high protein-carbohydrate complex which leads to lower animal digestibility. The present invention enhances the protein while decreasing the fiber content of copra meal through the action of Aspergillus strain in the substrate. Technology Applicability - Industry
• Agriculture
• Poultry Production
Industry - Sector - Commodity
• Agriculture Livestock Swine
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Laura J. Pham
Basic Research
Project Title - Protein Enrichment of Copra Meal as Feed for Swine and Poultry
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 7477285.98
Start date - 2012-06-01
End date - 2015-05-31

Description
The rice transplanter implement can be readily mounted to and dismounted from the common hand tractor. It was aimed that the availability of such implements will significantly increase further the utilization of hand tractor in farm areas as well as to reduce the cost of farm level mechanization that will directly benefit the farmers, rice field owners and planters. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Metals Industry Research and Development Center (DOST-MIRDC)
Technology Generator
• Engr. Isidro D. Milo
• Engr. Ronie S. Alamon
• Emerito V. Banal
• Raymond S. De Ocampo
• Laureano L. Dalay

Description
An efficient rice harvesting implement that can be readily mounted to and dismounted from the hand tractor unit thus, increasing the utilization of handtractor and helps reduce labor cost. It has an estimated capacity of 0.5 ha/day for an eight-hour operation. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Metals Industry Research and Development Center (DOST-MIRDC)
Technology Generator
• Engr. Isidro D. Milo
• Engr. Ronie S. Alamon
• Emerito V. Banal
• Raymond S. De Ocampo
• Laureano L. Dalay

Description
NUTRIOTM is a biofertilizer that uses endophytic bacterial inoculants which promote nitrogen fixation and production of plant growth promoting hormones of eggplant and sugarcane. It is a foliar spray biofertilizer in powdered form suspended in water and is directly sprayed on growing crops. It is also a stand-alone product. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Virginia M. Padilla
Applied Research
Project Title - Toxicological Study and Pilot Testing of Nutrio™ Biofertilizer for Improved Production of Sugarcane in Regions III and VI
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 5000000.00
Start date -
End date -

Description
MykoPlus biofertilizer is a breakthrough agricultural solution in improving crop production by significantly reducing the amount of required synthetic fertilizer application in farm operations while improving soil condition. It capitalizes on naturally-occurring microbial organisms such as mycorrhiza and phosphorus solubilizing bacteria to enhance nutrient uptake of plants. It is intended to help farmers in their farming operations by lowering the total cost of soil fertilization as well as allowing a more sustainable agricultural practice through the preservation of the soil’s natural ecosystem. Mykoplus promises to serve as a source of affordable and sustainable biofertilizer that can improve the yield of farmers and fortify the survivability of crops to withstand various pernicious environmental factors. It is a stand-alone product in the form of powder which is applied as seeds as coating. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Jocelyn T. Zarate
Applied Research
Project Title - MykoPlus Technology Promotion and Demonstration Trials for Yellow Corn and Eggplant
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 2428000.00
Start date -
End date -

Description
ACTICon™ a biopesticide that uses the fungi actinomycetes as a biocontrol agent against the devastating Fusarium wilt-causing F. oxysporum TR4 (Foc TR4) or more commonly known as the Panama wilt in Cavendish bananas. It was developed to serve as a replacement for the synthetic chemical pesticides that is currently being excessively used in the market, causing harm to the environment, as well as to the human and animal health. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Banana
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Teofila O. Zulaybar
• Irene A. Papa
Applied Research
Project Title - Pilot Testing of Actinomycetes Biocontrol Agents (ACTICon Against Fusarium oxysporum TR4 in Cavendish Banana
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 5000000.00
Start date -
End date -

Description
The present utility model is a natural coating composition from ethanolic starfruit (Averrhoa carambola L) leaf extract comprising of 50 grams Averrhoa carambola L. leaves, 500 ml ethanol and 4,500 ml distilled water. It was tested that the natural coating extended the shelf life of fresh vegetables particularly tomatoes and string beans. The process of producing the natural coating consist of cutting or slicing the leaves of the starfruit into small pieces and percolated separately with distilled water, ethanol, and acetic acid as extractants. Every gram of the plant material was added with 10 milliliters of the ethanol and the mixtures were percolated overnight or for 24 hours. The mixtures were then filtered. The corresponding filtrates were diluted to 1% concentration as coating solutions. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• Visayas State University
Technology Generator
• Vivien N. Pole
• Felix M. Salas
• Rosario A. Salas
• Marcelo A. Quevado
Basic Research
Project Title - Generally Regarded as Safe (GRAS) Coatings to Enhance Shelf-life of Vegetables
Funding Agency - DOST-PCAARRD
Implementing Agency - Visayas State University
Project Cost - 983000.00
Start date - 2012-04-01
End date - 2014-03-31

Description
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. The application of three and six bags of chemical fertilizer per ha, combined with 20 ml/L of carrageenan yields higher grain weight (450g and 455 g/10 hills, respectively) than the farmers' practice of applying nine bags of chemical fertilizer/ha. Carrageenan enhances the crop vigor of rice. Productive tillers and panicle length (length of inflorescence) are significantly higher in Carrageenan-treated plants. Productive tillers are the rice stems that bear panicles (rice inflorescence) with fertilized grains, while longer rice panicle is associated with producing more grains. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Philippine Nuclear Research Institute (DOST-PNRI)
Technology Generator
• Dr. Lucille V. Abad
Technology Adopters
• HL Trading Company Incorporated

Description
Carrageenan is an indigestible polysaccharide (carbohydrates) extracted from edible seaweeds. Polysaccharide, when subjected to modified irradiation technology, can be an effective plant growth supplement. At a very small dose, this supplement makes an effective organic fertilizer. It has been found to increase rice yield by 15-30%. The application of three and six bags of chemical fertilizer per ha, combined with 20 ml/L of carrageenan yields higher grain weight (450g and 455 g/10 hills, respectively) than the farmers' practice of applying nine bags of chemical fertilizer/ha. Carrageenan enhances the crop vigor of rice. Productive tillers and panicle length (length of inflorescence) are significantly higher in Carrageenan-treated plants. Productive tillers are the rice stems that bear panicles (rice inflorescence) with fertilized grains, while longer rice panicle is associated with producing more grains. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Department of Science and Technology - Philippine Nuclear Research Institute (DOST-PNRI)
Technology Generator
• Dr. Lucille V. Abad
Technology Adopters
• Magic Touch Print Shop

Description
A portable pellet mill developed mainly from scrap-materials that is appropriate for on-farm pellet production. It is used in pelletizing total mixed ration (TMR) for goats. It has a milling capacity of 130 kg/hr and machine efficiency of 93.30% with fuel consumption of 0.17 li/hr. Technology Applicability - Industry
• Goat Farming Industry
Industry - Sector - Commodity
• Agriculture Livestock Goat
Technology Owner
• Central Luzon State University (CLSU)
Technology Generator
• Dr. Armando N. Espino, Jr.
Applied Research
Project Title - Testing and Evaluation of Machinery Generated from PCAARRD-funded Projects
Funding Agency - DOST-PCAARRD
Implementing Agency - University of the Philippines Los Baños
Project Cost - 3305897.00
Start date -
End date -

Description
HiYEAST is a yeast-based biocontrol agent that prevents fruit and vegetable decay caused by pathogens during postharvest handling. The technology is designed as an alternative and/or supplement to reduce the use of chemicals in nature. Consequently, it will reduce human health and environmental risks that comes with the use of existing synthetic control agents. It is applicable to fruits and vegetables, specifically, to banana, tomato, calamansi, mango, garlic, nuts and onion. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Severina B. Exconde
Basic Research
Project Title - Project 6. Yeast Application for Biocontrol of Postharvest Pathogens of Fruits and Vegetables
Funding Agency - DOST
Implementing Agency - University of the Philippines Los Baños
Project Cost - 941800.00
Start date - 2012-06-01
End date - 2015-05-31

Description
Algae pastes are concentrates of liquid microalgae cells which are used in nurseries as feed for larval fish, shrimp and other aquaculture species. The microalgae paste is an instant feed that can be used as an alternative to on-site algal culture especially when rations of live algae are insufficient. It is easy to apply and can be provided to the stock anytime. Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Feed Resources - Aquafeeds
Technology Owner
• University of the Philippines Visayas - College of Fisheries and Ocean Sciences (UPV-CFOS)
Technology Generator
• Leticia J. Ami
• Dr. Soledad S. Garibay
Applied Research
Project Title - Project 1. Pilot-testing of microalgae paste as feed for shrimp and milkfish hatcheries
Funding Agency - PCAARD-GIA
Implementing Agency - University of the Philippines Visayas-College of Fisheries and Ocean Sciences (UPV-CFOS)
Project Cost - 4170088.00
Start date -
End date -

Description
The machine is a local 8-row riding-type precision seeder that can have a seeding rate of 15kg/ha to 30 kg/ha and at least 2 ha/day field capacity and suitable both for hybrid and inbred rice production. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Philippine Rice Research Institute (PhilRice)
Technology Generator
• Engr. Eden G. Gagelonia
Basic Research
Project Title - Project 1. Development of a locally adapted and manufactured riding type precision seeder
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice)
Project Cost - 2844013.00
Start date - 2013-07-01
End date - 2014-06-30 Applied Research
Project Title - Pilot Testing of a Locally Manufactured Riding-type Precision Seeder
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice)
Project Cost - 0.00
Start date - 2013-07-01
End date - 2014-06-30

Description
Loop-Mediated Isothermal Amplification (LAMP) diagnostic kit is a practical alternative to the conventional polymerase chain reaction (PCR) and standard microbiological techniques in the detection of White Spot Syndrome Virus (WSSV). It is 10x more sensitive for the detection of WSSV compared to PCR. It is aided by a heat block apparatus which replaces the expensive thermal cycler. Results can also be obtained within 1 hour. Due to its convenience, simplicity and speed of detection, it can be used on-site. Diagnostic kit utilizing locally fabricated machine will significantly bring down the cost of pathogen detection in the country. Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Shrimp
Technology Owner
• University of Santo Tomas (UST)
Technology Generator
• Dr. Mary Beth A. Maningas
Applied Research
Project Title - Project 6. Technology Transfer and Adoption of LAMP Assay to Shrimp Farmers
Funding Agency - DOST-PCAARRD
Implementing Agency - University of Sto. Tomas
Project Cost - 5842779.00
Start date -
End date -

Description
One of the keys to reducing the risk of diseases in shrimp is prevention and early detection. Affordable, rapid, and easy to use for diagnosis of pathogen for shrimps method that involves the use of genome-based lateral flow strip biosensor has been developed as a diagnostic platform for white spot syndrome virus (WSSV) and other shrimp pathogens. The test strips are field-ready, with an extraction and mobile device kit for first level screening of pathogens on site. Test strips may also be coupled with polymerase chain reaction (PCR) amplification of DNA extracts for faster and low level detection. The test strips may be multiplexed for simultaneous detection of more than one pathogen. The use of mobile strip reader and an accompanying application (app) instantaneously allows the test results of the diagnostic strips to be fed into an on-line pathogen information resource and biosurveillance system. The mobile strip reader will link the data captured by the app to the cloud server, which in turn is linked to a biosurveillance data center at the Southeast Asian Fisheries Development Center (SEAFDEC). Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Inland Fisheries Shrimp
Technology Owner
• Ateneo de Manila University
Technology Generator
• Dr. Erwin P. Enriquez
Basic Research
Project Title - Project 3. Development of shrimp pathogen diagnostic tools using nested PCR and lateral flow strip biosensors with mobile app and cloud-based information management
Funding Agency - DOST-PCAARRD
Implementing Agency - Ateneo de Manila University
Project Cost - 15436281.49
Start date - 2013-11-16
End date - 2015-12-31

Description
Suitable for transplanting inbred and hybrid rice. It can transplant 2 to 6 seedlings per hill at a planting depth of 2-6 cm, hill spacing of 12-18 cm, and row spacing of 30 cm. Helps minimize labor cost compared to manual transplanting, which requires 20-25 persons/day/ha and takes only two persons to complete transplanting activities and has a planting capacity of 2 ha/day with 24 hills/m2 planting density. Technology Applicability - Industry
• Rice Industry
Industry - Sector - Commodity
• Agriculture Crops Rice
Technology Owner
• Philippine Rice Research Institute (PhilRice)
Technology Generator
• Dr. Arnold S. Juliano
Applied Research
Project Title - Pilot Testing of Local Riding Type Transplanter
Funding Agency - DOST-PCAARRD
Implementing Agency - Philippine Rice Research Institute (PhilRice) - Muñoz
Project Cost - 4527613.00
Start date -
End date -

Description
A hybrid sea cucumber dryer comprising: a rectangular body having an upper member and a lower member. The said upper member of the hybrid sea cucumber dryer where drying is accomplished is mounted on top of the said lower member. The said upper member of the hybrid sea cucumber dryer comprising: a clear glass panel mounted on top of said upper member, a number of drying trays that easily slide into the tray holders, two vertical partitions that divide the said upper member into three, a number of doors for each division and air shutters which are all secured to the said rectangular body. The said lower member of the hybrid sea cucumber dryer where the drying air is heated in the absence of solar radiation is provided with a heating plate secured at the top portion of said lower member, an opening being secured on one side of the lower member, an air vent and a peep hole being secured at the opening, and a chimney protruding upwardly from the back side of said lower member. Said hybrid sea cucumber dryer uses a rice hull stove as heat source but other combustible biomass materials like wood, charcoal, corn cobs, etc. can be used as alternative fuel source. Technology Applicability - Industry
• Aquaculture Industry
Industry - Sector - Commodity
• Aquatic Resources Marine Resources Sea Cucumber
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Ronel S. Pangan
• Kevin F. Yaptenco
• Sharmaine N. Pardua
• Emmanuel Lee O. Lapitan

Description
MicroMix contains biostimulant-producing microbes selectively obtained from different rhizospheres and optimally combined to perform at its best using DNA-based techniques. MicroMixBG is used for bitter gourd while MicroMixBP is used for bell pepper. When applied by seed coating, it enhances root system for better growth and increase yield by more than 15%. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Lovely B. Willauer
• Mannix S. Pedro
• Marilyn B. Brown
Applied Research
Project Title - Pilot Testing and Pre-commercialization Analysis of Micromix as Microbial Based Stimulants for Improved Productivity of Solanaceous (Bell Pepper) and Cucurbits (Bittergourd)
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 4975606.80
Start date -
End date -

Description
MicroMix contains biostimulant-producing microbes selectively obtained from different rhizospheres and optimally combined to perform at its best using DNA-based techniques. MicroMixBG is used for bitter gourd while MicroMixBP is used for bell pepper. When applied by seed coating, it enhances root system for better growth and increase yield by more than 15%. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Lovely B. Willauer
• Mannix S. Pedro
• Marilyn B. Brown
Technology Adopters
• TAGChem Dragon Distribution Inc.

Description
BioGreen is a processed compost enriched with beneficial microbial inoculants. In producing Bio-Green, inoculants of cellulolytic fungi and nitrogen-fixing bacteria are added before and after composting. After maturation, the inoculated compost is humified, stabilized and sanitized. The quality bio-organic fertilizer is proven to improve crop growth and yield. Depending on the soil type, BioGreen applied at 10-20 bags/ha can equal the effects of chemical fertilizers applied at a rate of 60-30-30. In combination with half dosage of chemical fertilizer, BioGreen can give superior yields. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Erlinda S. Paterno
• Blesilda M. Claub

Description
WiltCure, a biopesticide, can effectively control Fusarium wilt in tomato, eggplant, and hot pepper, resulting in more vigorous growth and higher yield. Technology Applicability - Industry
• Agriculture
Industry - Sector - Commodity
• Agriculture Crops Vegetables
Technology Owner
• University of the Philippines Los Baños - National Institute of Molecular Biology and Biotechnology (UPLB-Biotech)
Technology Generator
• Dr. Eufrocinio C. Marfori
Basic Research
Project Title - Callus and Microbe Co-culture as a Novel Source of Biopesticides against Major Agricultural Pests and Diseases
Funding Agency - DOST-GIA
Implementing Agency - University of the Philippines Los Baños
Project Cost - 1291900.00
Start date - 2012-01-07
End date - 2015-05-31

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