ZASADY USTALANIA KOSZTÓW PUBLIKACJI
(dotyczy tylko polskich autorów)
1000 znaków - 52 zł
każda rycina - 60 zł
These publications are licensed under CREATIVE COMMONS (CC BY-SA).
A copy of the licence is here
Monthly journal, devoted to the problems of veterinary medicine and applied biology, founded 1945 by the professors of the Faculty of Veterinary Medicine, University Maria Curie-Sklodowska in Lublin, Poland. Supported by the Polish Ministry of Science and Higher Education. Contents: reviews and original papers – with English summaries, professional problems, bibliography, chronicle.
Covered in:
AGRIS, Biological Abstracts, BIOSIS Preview, FISHLIT/Fisheries Review,Food Science and Technol. Abstr., Index Veterinarius, Index Copernicus, Master Journal List, Revue of Medical and Veterinary Mycology, Science Citation Index Expanded, SCOPUS, Veterinary Bulletin, Web of Science
The primary (reference) version of the journal is the printed version.
IMPACT FACTOR = 0,383; MNiSW 20pkt
history of veterinary medicine
Zhvanko L., et al.
World-famous scientist Leon Tsenkovsky (1822–1887)...
The aim of the article is to present the life and scientific achievements of Leon Tsenkovsky (1822–1887), a prominent microbiologist, botanist, bacteriologist, traveler, scientist-theoretician and scientist-practitioner, talented teacher, creator of a vaccine against anthrax in Russia and one of the most prominent researchers of primitive organisms in the 19th century. The authors argue that Tsenkovsky was one the most eminent Polish scholars active during the statelessness of Poland who brought glory to their homeland. The scientist’s life is presented in the subsequent main periods: in Warsaw, Petersburg, Yaroslavl, abroad, in Odessa and Kharkiv. Special attention is paid to the Kharkiv period, in which he proved himself a talented scientist-practitioner, creating the so-called “Tsenkovsky vaccine”, which was not inferior in effectiveness to Pasteur’s invention. It is pointed out that, in addition to research, Tsenkovsky was also engaged in public life and teaching at the Imperial University and Kharkiv Veterinary Institute. Leon Tsenkovsky is remembered on the pages of a calendar dedicated to prominent Polish scientists associated with Kharkiv, as well as in a commemorative plaque that will be unveiled in the autumn of 2021 at the former Kharkiv Veterinary Institute to commemorate prominent Poles...
[full text in Polish]
Fabia K., et al.
Problem of coccidiosis in broiler chickens...
Coccidiosis is considered to be one of the most important diseases in poultry farming. The disease is a parasitosis caused by protozoa belonging to the genus Eimeria (Phylum Apicomplexa) parasitizing the gastrointestinal tract (24). Chickens (Gallus gallus) are exposed to invasion by seven species of coccidia: E. acervulina, E. maxima, E. necatrix, E. tenella, E. brunetti, E. mitis and E. praecox. The first five mentioned above are considered pathogenic species, while E. mitis and E. praecox are classified as ... [full text in English...]
Grzeczka A., et al.
Morphological examination of the domestic cat’s...
The cervicothoracic ganglion (ganglion cervicothoracicum) aka the stellate ganglion (ganglion stellatum) is an element of the autonomic nervous system which derives from its sympathetic division. The stellate ganglion is located in the thoracic cranial aperture region. It is a structure which can be found on both sides of the body. It is located in the first intercostal space between the seventh cervical and first thoracic vertebrae and caudally from the transverse process of the seventh cervical vertebra. The ganglion ... [full text in English...]
Aksoy N. H.
Determination of serum nesfatin-1 level in healthy sheep
Nesfatin (NES), a polypeptide derived from nesfatin-1, calcium, and DNA-binding nucleobindin2 (NUCB2 or NEFA), was first described in rats by Oh-I and colleagues (15). Nesfatin-1 is a neuropeptide regulating hunger and fat storage, acting independently of leptin. It is also a vigorous regulator of metabolism and appetite control. As documented by Oh-I and colleagues, the cell nucleus responsible for appetite control in the hypothalamus secretes nesfatin (15, 20, 21). Owing to leptin resistance observed ...[full text in English...]
Yavuz Ü., et al.
Evaluation of cardiopulmonary, blood gases and clinical effects...
Rabbits are commonly anaesthetised both for experimental research and in clinical veterinary practice (31, 33). The high surface area/volume ratio of rabbits, their relatively small size, high metabolic rate, high stress levels and difficult control of their airways increase their risk of anaesthesia-related death (24, 33). While the risk of anaesthesia- and sedation-related death was reported as 0.17% in dogs and 0.24% in cats, it amounted to 1.39% in rabbits (6). Even holding rabbits may lead to intense stress ...[full text in English...]
Şengül Ö., et al.
Effect of royal jelly on puberty of ewe lambs
Royal jelly, an apicultural product secreted from the mandibular and hypopharyngeal glands of 5-to-15-dayold worker bees (Apis mellifera L.), is rich in nutrients (4, 10-14, 23, 25). Royal jelly is secreted by young worker bees to feed the queen. It is a pearlescent jellylike product with an organic acid character composed of nectar, pollen, and bee enzymes. It is produced by worker bees during the digestion of pollen and is used as food by larvae in the hive during the first days of their lives. The composition of royal jelly is complex and changes depending ....[full text in English...]
Çolakoğlu E. Ç., et al.
Cerebral hemorrhage in a dog with immune-mediated...
Immune-mediated hemolytic anemia (IMHA) characterized by activation of the complement system and production of autoantibodies resulting in erythrocyte destruction is one of the most common hematological problems among dogs (7, 23). IMHA diagnosis is a rule-out diagnosis. When an underlying constructive reason such as neoplasia, chronic infectious diseases, exposure to medication, toxicity and previous vaccinations could not be found ...[full text in English...]
report
-
Faculty of Veterinary Medicine ULS
in Lublin in 2020 -
Faculty of Veterinary Medicine WULS
in Warsaw in 2020 -
Faculty of Veterinary Medicine ULS
in Wrocław in 2020 -
Faculty of Veterinary Medicine UWM
in Olsztyn in 2020 -
National Veterinary Research Institute
in Pulawy in 2020
ex funebri charta
W dniu 30 maja 2021 r. zmarł prof. dr hab. Arkadiusz Orzechowski, zastępca ds. nauki dyrektora Instytutu Medycyny Weterynaryjnej SGGW. Prof. dr hab. Arkadiusz Bernard Orzechowski dyplom lekarza weterynarii uzyskał w 1980 r. na Wydziale Weterynaryjnym SGGW w Warszawie. W 1988 r. obronił pracę doktorską pt. „Wpływ pirogronianiu i chlorku amonowego na glukoneogenezę i ureogenezę w wątrobie owiec – badania in vivo oraz in vitro” na Wydziale Weterynaryjnym SGGW, a w 2001 r. pracę habilitacyjną pt. „Wpływ cytokin, czynników wzrostowych i zmian homeostazy peroksydacyjno- -antyoksydacyjnej na procesy wzrostu, różnicowania i śmierci komórek miogennych”. W latach 1980-1981 pracował jako asystent w Zakładzie Endokrynologii Rozrodu Instytutu Fizjologii i Żywienia Zwierząt PAN w Jabłonnie, a następnie w Katedrze Fizjologii Zwierząt (później Katedrze Nauk Fizjologicznych) Wydziału Medycyny Weterynaryjnej Szkoły Głównej Gospodarstwa Wiejskiego jako starszy asystent (1982-1987), adiunkt (1988-2002), profesor nadzwyczajny SGGW (2002-2008) oraz profesor zwyczajny (2008-2021). Pełnił również funkcję prodziekana ds. nauki na Wydziale ... [full text in Polish]
bibliography
Kania B.F.
Glutamate as a neural factor for stressoric disorders
Jest to unikatowe opracowanie dotyczące udziału glutaminianu w patogenezie zaburzeń, w których etiologię włączony jest stres. Autor rozpoczyna swoje rozważania od teorii Hansa Selye, który jako pierwszy zdefiniował stres i dostrzegł, że brak zdolności fizjologicznej adaptacji organizmu do zmian spowodowanych stresem prowadzi do rozwoju choroby. Po wprowadzeniu, w którym omawiane są biologiczne podstawy i hormonalne mechanizmy reakcji stresowych, ich konsekwencje behawioralne, metaboliczne, krążeniowe oraz obszary mózgu i struktury obwodowe włączone w szlaki reakcji stresowych, Autor szczegółowo przedstawia neurohormonalne podstawy neuroprzekaźnictwa inicjowanego stresem, uwzględniając m.in. oś podwzgórzowo- -przysadkowo-nadnerczową, centralny układ adrenergiczny, serotoninergiczny...
[full text in Polish]