Yasmina Arditi Paramastri

IPB University

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Dondin Sajuthi

IPB University

Pradon Chatikavanij

Abdul Rahim Mutalib

Diponegoro University

Diah Iskandriati

IPB University

Montip Gettayacamin

Armed Forces Research Institute of Medical Science

Joko Pamungkas

IPB University

Imelda Liunanita Winoto

IPB University

Yong Meng Goh

Universiti Putra Malaysia

Richard Grant

Oregon National Primate Research Center

Jann Hau

University of Copenhagen

Cooperative Institutions

IPB University

University of Washington

National Institutes of Health

University of Michigan–Ann Arbor

National University of Singapore

Uppsala University

Johns Hopkins University

University of California, Davis

Oregon National Primate Research Center

Australian National University

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Dissemination in Pigtailed Macaques after Primary Infection of Dengue-3 Virus

Microbiology Indonesia (2011)

Joko Pamungkas Diah Iskandriati Uus Saepuloh MOSES AFFANDI Esther Arifin

Nonhuman primates (NHPs) play as indispensable animal model in biomedical research for studying a variety of human health issues, diseases and disorders, therapies, and preventive strategies. Since the immunological and physiological responses of NHPs, at some extent, to experimental viral infections are similar to humans, it is possible that studies of dengue infection in NHPs may aid understanding of dengue infection in humans. In this study,we used pigtailed macaques (Macaca nemestrina) as the experimental animal to study dengue-3 (DEN-3) virus infection.We evaluated DEN-3 viral distribution and replication sites after a primary infection in all collected tissues. Sequential localization in tissue of DEN-3 virus was studied in pigtailed macaques euthanized three days post viral inoculation (10 pfu mL ). Pigtailed macaque that was inoculated subcutaneously or intravenously; showed the highest viremia (62.94 pfu mL and 58.62 pfu mL ) detected by one step reverse transcription real time PCR. The virus inoculated in pigtailed macaques by subcutaneous injection was rapidly disseminated from the inoculation site to the lymph nodes, adrenal glands, kidneys, heart, thyroid, liver, prostate gland, and seminal vesicles. Meanwhile, dissemination of dengue virus in pigtailed macaques inoculated intravenously was detected in lymph nodes, thymus, salivary glands, liver, and prostate gland. This study suggested that the above mentioned-tissue specimens are involved or affected by DEN-3 virus replication and the route of infection seemed to have influenced the virus dissemination.

Viremia

10.5454/mi.5.2.7

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Prevalence of enzootic simian viruses among urban performance monkeys in Indonesia

Tropical Medicine & International Health (2005)

Michael A. Schillaci Lisa Jones‐Engel Gregory Engel Yasmina Arditi Paramastri Entang Iskandar

Summary Animal reservoirs are the most important sources of emerging infectious diseases that threaten human populations. Global travel and tourism bring ever‐increasing numbers of humans into contact with animals, increasing the likelihood of cross species transmission of infectious agents. Non‐human primates come into contact with humans in a variety of contexts and may harbor infectious agents with zoonotic potential. We investigated the prevalence of infection with enzootic simian viruses among 20 urban performance monkeys ( Macaca fascicularis ) in Jakarta, Indonesia. This report documents for the first time evidence of infection with four simian viruses in urban performance monkeys. Simian foamy virus was detected by PCR in 52.9% of the macaques. Antibodies to simian retrovirus were detected in 10.5% of the macaques. Antibodies to Cercopithecine Herpesvirus 1, were detected in 5.3% of the macaques. Similarly, antibodies to simian T‐cell lymphotropic virus were detected in 5.3% of the macaques. No evidence of infection with simian immunodeficiency virus was detected in these macaques. These results suggest that urban performance monkeys are a reservoir for enzootic simian viruses known to be capable of infecting humans.

Enzootic

Simian

10.1111/j.1365-3156.2005.01524.x

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Citations (48)

Urinary and fecal immunoglobulin A, cortisol and 11‐17 dioxoandrostanes, and serum cortisol in metabolic cage housed female cynomolgus monkeys (Macaca fascicularis)

Journal of Medical Primatology (2007)

Yasmina Arditi Paramastri Félix Royo Jitka Eberová Hans‐Erik Carlsson Dondin Sajuthi

Abstract Background and methods Quantitative enzyme‐immunoassays of urinary and fecal immunoglobulin A (IgA), cortisol and 11‐17‐dioxoandrostanes (11,17‐DOA), and serum cortisol in eight metabolic‐cage‐housed female cynomolgus monkeys were performed. The monkeys were divided into two groups, B and NB. Group B animals were blood sampled every 6 hours, whereas Group NB animals were not handled/blood sampled. Results No differences were recorded between the amounts of feces and urine excreted by the two groups. Group B animals excreted more urinary cortisol than did Group NB animals indicating that restraint‐blood sampling resulted in a stress response. Excreted amounts of IgA and 11,17‐DOA (urine and feces) did not differ between the groups. Conclusions Urinary cortisol was a reliable marker of the stress associated with repeated blood sampling. Declining amounts of excreted urinary cortisol indicated that cynomolgus monkeys acclimated quickly to repeated blood sampling in metabolism cages. Within and between animal variation in amounts of feces voided demonstrated the importance of expressing fecal markers as ‘amounts excreted per time unit per kg body weight’ rather than just measuring the concentrations in fecal samples.

Blood sampling

Cage

10.1111/j.1600-0684.2007.00229.x

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Citations (29)

Compliance and Regulatory Programs

CRC Press eBooks (2017)

William King Yasmina Arditi Paramastri Javier Guillén

The past several decades have witnessed dramatic changes in the regulatory environment involving the use of animals in research and education. A cursory review of citations using the keywords animal model or animal models in PubMed indicates a steady increase in manuscripts involving the use of animals. The use of animals for research and teaching has consistently polarized public opinion, and governments have recognized a need for regulations to address the ethical responsibility for acknowledging the needs of the animals used for societal purposes. Because much of the funding for biomedical research originates from federal sources, scientists are accountable to the public and the public's wishes. When reviewing regulations and guidelines, one should acknowledge the difference between engineering, performance, practice, and professional standards, which reflect some of the themes of the hierarchy of guidance. Applying accepted standards to animal care and use encourages consistency and minimizes potential for animal pain and distress, thereby meeting both scientific and ethical obligations.

10.1201/9781315152189-7

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Manajemen Sumberdaya dan Kesehatan Hewan Laboratorium sebagai basis pengembangan ilmu biomedis dan bioteknologi veteriner

Joko Pamungkas Dondin Sajuthi M T Yasmina Arditi Paramastri

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Phaleria macrocarpa fruit axtract as insulinotropic agent in streptozotocin-induced diabetic cynomolgus monkeys (Macaca fascicularis)

Irma Herawati Suparto Erni Sulistiawati Bayu Febram Praseto Wulan Triwahyuni Sylvia Prabandari

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