基本信息
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个人简介
P. ENES graduated in Biology in 1994, completed a MSc degree in Ecology in 1997, both at the Univ. of Porto (UP). From 1994 to 2000, P. ENES worked as Elementary and Secondary school teacher, and in 2000 left the teaching activity to engage as researcher (BI grant) in a FCT funded project (PDCTM/Mar/15284/99).
In 2003, P. ENES started a PhD in Biology - Fish Nutrition (FCT grant: BD/11414/2002) at UP (supervised by A. Oliva Teles) and in collaboration with the French National Institute for Agricultural Research (INRA) (supervised by S. Kaushik and S. Panserat). P. ENES PhD research was focused on studying dietary carbohydrate (CHO) utilization in 2 marine fish species, European sea bass (ESB) and gilthead sea bream (GSB), aiming to understand the molecular and metabolic mechanisms at the origin of the low capacity of fish to deal with dietary CHO. Major accomplishments were: demonstration of no clear inhibition of gluconeogenic capacity in fish fed with CHO; the proposal of high persistent levels of endogenous glucose production as the cause of low dietary CHO utilization in carnivorous fish; demonstration that ESB has lower capacity to use dietary CHO than GSB. During PhD, P. ENES also participated in the project entitled “Dietary CHO utilization by sea bass (Dicentrarchus labrax) and sea bream (Sparus aurata) juveniles” (POCI-CVT-57695-2004).
In 2008, P. ENES started a 6 years PosDoc (FCT grant: SFRH/BPD/39688/2007) at CIIMAR (NUTRIMU Group), in collaboration with University of Barcelona (I. Navarro and J. Gutiérrez) and the Norwegian School of Veterinary Science (Å. Krogdahl). During the first 3 years P. ENES studied the hormonal regulation of CHO metabolism and nutritional strategies to improve CHO utilization by fish. Fish species with different feeding habits, strictly carnivorous (ESB) and omnivorous (White sea bream), were used as biological models due to their differences in dietary CHO utilization. These studies allowed clarifying the role of insulin and IGF-I in the regulation of glucose metabolism of fish with different feeding habits. Moreover, P. ENES also demonstrated that dietary fiber and feeding frequency improved CHO utilization by fish. This is an important topic from a comparative biochemistry and physiology perspective and has practical implications in fish feeding and aquafeeds development.
The last 3 years of the PosDoc were devoted to addressed the potential of prebiotics in improving glucose and lipid metabolism, gut morphology, oxidative status, and microbiota modulation in fish fed either fish meal or plant feedstuffs (PF)-based diets. These studies were a task of ON.2 project - “Sustainable aquaculture and animal welfare” (AQUAIMPROV_07-0124_FEDER 000038) of which P. ENES was in charge. For the first time in fish, it was shown that as observed in mammals, XOS increases glycolytic activity and decrease lipogenesis and antioxidant enzymatic activity in ESB. During the ON.2 project, P. ENES got approved as coordinator a research project: PROFISH - “Screening for novel probiotics within the ESB (Dicentrarchus labrax) microbiota capable of improving PF utilization” (EXPL/MAR-BIO/0351/2013).
In 2015, P. ENES started another 6 years PosDoc (FCT grant: SFRH/BPD/101012/2014) at CIIMAR (NUTRIMU Group) in collaboration with University of Plymouth (D. Merrifield), to address the potential of the novel probiotics obtained during the PROFISH project for improving carnivorous PF utilization, disease resistance and gut homeostasis. A Licence Agreement with EPICORE BIONETWORKS INC., a provisional patent application (PPA) and CoHitec 2017 and BIP2018 training programs in technology commercialization were yet achieved.
GENERAL INDICATORS OF SCIENTIFIC PRODUCTIVITY
Papers in SCI journals: 38
16 were published as 1st author (2 were review papers) and 12 as last author (1 was a review). 18 papers were published in Q1 journals, 17 in Q2 and 3 in Q3
Scopus publication metrics: Total Articles in Publication List: 35; Sum of the Times Cited: 831; h-index: 14; Last Updated: 12/02/18
Book chapters: 1 (Wiley-Blackwell; Woodhead Publishing)
Researcher funding:
National projects: 4 coordinator + 6 participant
International projects: 1
Supervisor or co-supervision of students:
Pos-doc: 1; PhD thesis: 1; MsC thesis: 2; Graduation thesis: 8; Scientific initiation grants: 2
Technology transfer activities:
Patents: 1; European Patent Application being prepared by PATENTREE - patents.pt.
Licensing agreements: 1; EPICORE BIONETWORKS INC.
Commercialization contests: 2; COHiTEC Program 2017: Turning Science into Business and Business Ignition Program (BIP) from UP
Additional information: Attendance and presentation of communications (8 orals and 17 posters) in international congresses; Scientific peer reviewer (50 papers revised) in 9 journals in the area of fish nutrition and physiology.
研究兴趣
论文共 76 篇作者统计合作学者相似作者
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F. Rangel,M. Monteiro,R. A. Santos,D. Ferreira-Martins, R. Cortinhas,L. Gasco,F. Gai,P. Pousao-Ferreira, A. Couto, A. Oliva-Teles,C. R. Serra,P. Enes
AQUACULTURE (2024): 740258-740258
Mass Production of Beneficial Organismspp.465-492, (2023)
Feed and Feeding Practices in Aquaculturepp.231-268, (2022)
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