Luzon, Philippines

Central Luzon State University
Luzon, Philippines

Central Luzon State University is a state university located in a 658-hectare campus in Science City of Muñoz, Nueva Ecija, Philippines. The University is the lead agency of the Muñoz Science Community and the seat of the Regional Research and Development Center in Central Luzon. To date, CLSU is one of the premiere institutions for agriculture in the Philippines and in Southeast Asia known for its research in aquaculture, ruminants, crops, orchard, and water management.CLSU is first comprehensive state university to undergo institutional accreditation Wikipedia.

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News Article | May 8, 2017

Tilapia ice-cream from the Philippines was featured in Salon International de l’Agroalimentaire or SIAL Canada 2017 in Toronto, drawing a crowd of interested exhibit attendees, reports The Standard. Developed by Central Luzon State University and funded by the Bureau of Agricultural Research (BAR), tilapia ice cream won during the SIAL Asean-Manila 2016 held at the World Trade Center in Manila. The product received a gold medal as the Innovation World Winner. For more seafood news and updates, follow us on Facebook and Twitter or sign up for our daily newsletter.

Agency: European Commission | Branch: FP7 | Program: CP-TP | Phase: KBBE.2012.2.4-02 | Award Amount: 5.06M | Year: 2013

Despite many efforts to ensure that only high-quality and safe products are put on the market, fish-borne parasites continue to pose risks to human health, with zoonotic infections and allergic reactions mainly following consumption of raw, lightly cooked, or marinated seafood. The PARASITE proposal is presented by a multidisciplinary consortium of 12 European and 3 Asian research institutions and 6 European SMEs. It aims to provide new scientific evidence and technological developments to detect, monitor, and mitigate impacts of zoonotic parasites, mainly anisakid nematodes but also trematode metacercariae, occurring in European and imported fishery products. The Project will address the research needs identified by EFSA regarding the risk of seafood-borne parasites. It also will facilitate close cooperation between scientists and end-users to produce new technological solutions and management tools for both European and imported fishery products. The Work Plan has been organized in 9 work packages, each covering different stages of a risk assessment framework, providing new epidemiological data, monitoring tools, development and implementation of parasite detection devices, technological tools for their mitigation, and dissemination of key results to all the stakeholders and the general public. Risk assessment of zoonotic parasites will ensure significant progress beyond the state of the art. This will be achieved by improving molecular hazard identification, antigen/allergen characterization, parasite exposure assessment, detection methods and treatments for industrial and other end-users, and an integrated quantitative risk analysis based on powerful statistics and modelling, The main results will impact by (1) contributing to enhanced seafood safety, with consequent benefits for public health and consumer confidence, (2) strengthening the competitiveness of European seafood, from the net to the plate and (3) improving EU food safety policies.

Cetaceans are definitive hosts of anisakid nematodes known to cause human anisakidosis. Despite the reported strandings of different cetaceans in the Philippines, studies on anisakids from these definitive hosts are limited. Here, the morphologically and molecularly identified anisakid species, specifically those of the genus Anisakis Dujardin, 1845 in stranded Pygmy Sperm Whale Kogia breviceps Blainville, 1838 in the west Pacific region off Philippine waters are presented. Morphological data using SEM and LM revealed multi-infections with different Anisakis species belonging to Anisakis type I and type II groups. Molecularly, PCR-RFLP on the ITS rDNA and sequence data analyses of both ITS rDNA and mtDNA cox2 regions identified those from Anisakis type I group as A. typica (Diesing, 1860), whereas those from type II group as A. brevispiculata Dollfus, 1968, and A. paggiae Mattiucci et al. (Syst Parasitol 61:157–171, 2005). This is the first record of Anisakis infection from this host stranded in the west Pacific region off the coast of Philippine waters and new geographical record for A. paggiae. © 2016 Springer-Verlag Berlin Heidelberg

Quiazon K.M.A.,University of Tokyo | Quiazon K.M.A.,Central Luzon State University | Yoshinaga T.,University of Tokyo | Ogawa K.,University of Tokyo
Parasitology International | Year: 2011

Human anisakiasis is caused by the consumption of raw, marinated or undercooked fish and squid infected with nematodes of the genus Anisakis Dujardin, 1845. In view of food safety, this study was carried out to examine the distribution of Anisakis species in marine fishes within Japanese waters. Seven fish species from six localities were collected and examined for Anisakis infection. Morphological and molecular (ITS region and mtDNA cox2 gene) characterization revealed the presence of two, among the three sibling species of Anisakis simplex, viz. A. simplex sensu stricto (s.s.) and A. pegreffii. Distribution data were collated with the results from the previous researches to better understand Anisakis distribution in Japanese waters. Distributions of Anisakis species were found to be locality-specific rather than host-specific, particularly between the two major species, A. simplex s.s. and A. pegreffii. Anisakis simplex s.s. is mainly found in fishes from northern Japan to Pacific sides, whereas A. pegreffii is in fishes from the Sea of Japan to East China Sea sides. © 2011 Elsevier Ireland Ltd.

Quiazon K.M.A.,Central Luzon State University | Moravec F.,Academy of Sciences of the Czech Republic
Journal of Helminthology | Year: 2013

A new genus and species of the philometrid nematode Dentirumai philippinensis n. gen., n. sp. Philometrinae, Philometridae, are described on the basis of the female specimens found in the loach goby, Rhyacichthys aspro (Valenciennes), from the upper Bianuan River, Municipality of Casiguran, Aurora Province, in the Philippine Archipelago. Dentirumai philippinensis was collected from the body cavity, subcutaneous tissues near the bases of the pectoral and pelvic fins, and surrounding body tissues in the hypaxial musculature of R. aspro. Based on light microscopic and scanning electron microscopic examination, the new nematode species is morphologically close to the genus Rumai Travassos, 1960 except for one major difference, i.e. the presence of a sclerotized ring in the oral aperture armed with distinct numerous minute teeth on its inner surface. This important taxonomic feature makes it possible to erect a new genus, Dentirumai n. gen. to accommodate the newly discovered philometrid species. A key to genera of the Philometrinae is provided. Copyright © 2012 Cambridge University Press.

Alvindia D.G.,Central Luzon State University
Journal of General Plant Pathology | Year: 2013

The efficacy of Trichoderma harzianum strain DGA01, sodium carbonate (SC), sodium bicarbonate (SBC) and sodium hypochlorite (SH) applied alone or in various combinations was evaluated in vitro against the most important postharvest pathogens of banana such as Lasiodiplodia theobromae, Thielaviopsis paradoxa, Colletotrichum musae, and Fusarium verticillioides. Trichoderma harzianum DGA01 was compatible with salts at a concentration of 1 % (w/v) as manifested by normal mycelial growth. The efficacy of the fungal antagonist in vitro was enhanced by 10. 16-13. 06 % in controlling mycelial growth of crown rot pathogens with the addition of salts. After a postharvest dip of fruit for 30 min in 106 conidia of DGA01/mL of 1 % SBC, the incidence of crown rot was reduced by 92 %, but DGA01 combined with SC or SH had no additive effect in controlling crown rot. Thus, DGA01 and SBC was the best combination for crown rot control, with an efficacy similar to synthetic fungicides, and maintained the overall quality of banana even at conditions favourable for the pathogens (22-25 °C, 90-95 % relative humidity). © 2013 The Phytopathological Society of Japan and Springer Japan.

Quiazon K.M.A.,University of Tokyo | Quiazon K.M.A.,Central Luzon State University | Yoshinaga T.,University of Tokyo | Ogawa K.,University of Tokyo
Parasitology International | Year: 2011

The third-stage larvae of Anisakis simplex sensu lato (s.l.) are found in many marine fishes. To ensure food safety, it is important to determine whether these larvae are present in the body muscle of commercial fish species. However, there is little information regarding the tissue specificity of Anisakis and two of its sibling species, A. simplex sensu stricto (s.s.) and Anisakis pegreffii, that are common in marine fish in Japanese waters. We orally challenged rainbow trout (Oncorhynchus mykiss (Walbaum)), and olive flounder (Paralichthys olivaceus (Temminck and Schlegel)) with L3 larvae of these two sibling species and monitored infection for 5. weeks. In rainbow trout, A. simplex s.s., but not A. pegreffii larvae, migrated into the body muscle. A small number of freely moving A. pegreffii larvae were recovered within the body cavity. In olive flounder, A. simplex s.s. larvae were found in both the body cavity and body muscle. A. pegreffii larvae were found only in the body cavity and primarily encapsulated in lumps. Our results indicate that there are differences in the sites of infection and host specificity between the two sibling species of A. simplex s.l. © 2010 Elsevier Ireland Ltd.

Bueno A.C.F.,Central Luzon State University
AIP Conference Proceedings | Year: 2014

In this paper, we present the sufficient and necessary conditions for the matrix equations AX=C and AXB=C to have circulant solutions. Moreover, we also present a possible extension of this problem. © 2014 AIP Publishing LLC.

Antalan J.R.M.,Central Luzon State University
AIP Conference Proceedings | Year: 2014

Two of the oldest open problems in elementary number theory are (1) to find a quasi-perfect number and (2) to show that only numbers of the form 2 k, kεZ+ are almost perfect. A positive integer n is quasi perfect if the sum of its positive divisors σ(n) is equal to 2n + 1 where as n is almost perfect if σ(n) is equal to2n - 1. In 1951, Cattaneo showed that quasi perfect numbers cannot be even. Recently, Antalan (2013) showed that almost perfect numbers not of the form 2k must be of the form 2 xb2 where x ε Z=0 and b is an odd composite positive integer. Here we give sufficient non - almost perfect criterion for even positive integers ne of the form 2 xb2. Particularly we show that ne is automatically not an almost perfect number if it is divisible by 2x and a prime p ≤ 2x+1 - 1. Lastly we state a problem on almost perfect numbers related to what Cattaneo did on quasi perfect number. © 2014 AIP Publishing LLC.

Rabago J.F.T.,Central Luzon State University
AIP Conference Proceedings | Year: 2014

A certain generalization of Jacobsthal numbers was proposed in the form Jns,t=sn-(t)ns+t, where n = 0 is a natural number and s -t are arbitrary real numbers (Atanassov 2011). As an analogue, a modification of Jacobsthal-Lucas numbers was formulated in the form jns,t=sn+(-t)n, where n is a natural number and s and t are arbitrary real numbers (Shang 2012). In fact, these modifications can be considered as certain generalizations of Fibonacci and Lucas numbers. Now, it appears that only few have studied these modifications (e.g. Rabago, 2013), at least we have not seen related papers before. Hence, we investigate some of their properties and obtain several identities using matrices. We also prove a general d'Ocagne's identity using a new approach. © 2014 AIP Publishing LLC.

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