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    Dopamine and the regulation of cell proliferation in gerbil (Meriones unguiculatus) pyloric mucosa
    Life Sciences (1997)
    Iris C. WegnerRalph R. DawirsChristian GrondGertraud Teuchert‐Noodt
    8
    Citation
    46
    Reference
    10
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    Keywords:
    Gerbil
    Topics:
    Neuroendocrine regulation and behavior
    Diet and metabolism studies
    Neurogenesis and neuroplasticity mechanisms
    Comparison of Glial Activation in the Hippocampal CA1 Region Between The Young and Adult Gerbils After Transient Cerebral Ischemia
    Cellular and Molecular Neurobiology (2012)
    Bing Chun YanJoon Ha ParkJi Hyeon AhnJung Hoon ChoiKi‐Yeon Yoo
    Gerbil
    Gliosis
    Citations (16)
    절수에 의한 Mongolian gerbil 중간뇌 및 다리뇌에서의 Dopamine성 면역반응세포 분포변화에 관한 연구
    대한해부학회지 (2000)
    송치원이경열박일권정주영권효정
    Mongolian gerbil (Meriones unguiculatus)은 선천적으로 불완전한 뇌바닥동맥고리와 특이한 콜레스테롤 대사를 가진 동물로서 수분의 섭취 없이도 장기간 생존이 가능하기 때문에 최근 뇌신경학 연구방면에 많이 이용되는 동물이다. 따라서 본 연구는 mongolian gerbil을 절수시켰을 때 시간의 경과에 따라 중뇌 및 다리뇌에서...
    Gerbil
    Citations (0)
    [Mitosis in the tubular epithelium of allotransplanted dog kidney during the early periods following transplantation].
    PubMed (1976)
    Bliumkin VnMakarov Aa
    Cells dividing by mitosis were revealed in the tubular epithelium of 5 of 23 allografted kidneys of mongrel dogs. These mitoses were localized in the proximal and distal convoluted tubules (88 and 21 mitoses, respectively). Four pathological mitoses among 29 dividing epithelial cells were revealed 3 and 5 days after the operation, whereas no pathological mitoses were found among 80 mitoses of the kidneys present in the recipient's organism for 1 and 2 days. No mitoses were observed in the tubular epithelium of control kidneys (in the unoperated dogs).
    Citations (0)
    Effects of ischemia and other procedures on the brain and retina of the gerbil (Meriones unguiculatus)
    Experimental Neurology (1966)
    Seymour LevineH Payan
    Gerbil
    Citations (314)
    Cell population kinetics in the small intestine of the Mongolian gerbil
    Experientia (1982)
    Howard F. SolomonArthur F. Hopper
    Gerbil
    Citations (0)
    The Mongolian Gerbil ( Meriones Unguiculatus ): Introduction
    Ellen Cristina Rivas LeonelSilvana G. P. CamposCarolina M. BedoloLuiz R. FalleirosSebastião Roberto Taboga
    Rodents are the most abundant and taxonomically diverse order of living mammals. Meriones unguiculatus , the Mongolian gerbil, is a rodent naturally distributed in the desert, grasslands, and agricultural fields. Although used as a relevant experimental model, the genetic information on gerbils is limited. The Mongolian gerbil is the most widely used species of gerbils in the laboratory and a preferred model species for pharmacological research.
    Gerbil
    Citations (1)
    Syphacia obvelata in the Mongolian gerbil (Meriones unguiculatus): natural occurrence and experimental transmission.
    PubMed (1978)
    WightmanWagner JeCorwin Rm
    An adult from a research colony and a litter of 5-week-old Mongolian gerbils (Meriones unguiculatus) from a pet store were found to have pinworms identified as Syphacia obvelata. The infected gerbils were allowed to cohabitate with uninfected gerbils. Similarly, infected gerbils were caged with uninfected mice and infected mice with uninfected gerbils. Results of these studies showed that Syphacia obvelata can be transmitted from gerbil to gerbil, gerbil to mouse, and mouse to gerbil.
    Gerbil
    Litter
    Citations (10)
    The vasculature of the external wall of the gerbil's inner ear
    Hearing Research (1986)
    R. A. TangeFrits A. Wijburg
    Gerbil
    Citations (9)
    Comparison of neuronal responses to experimental ischemia in gerbil and rat hippocampal slices
    Brain Research (1994)
    James D. StittsworthThomas H. Lanthorn
    Gerbil
    Citations (4)
    Conditioned medium from gerbil—mouse T cell heterohybridomas improved antibody secretion
    EXPERIMENTAL ANIMALS (2015)
    Takao UkajiMasako HashimotoOsamu KAI
    Mongolian gerbils (Meriones unguiculatus) are widely used as animal models for a variety of infectious diseases. However, immunological reagents such as cytokines have not been characterized. Two heterohybridomas, D9(E6)C2B3 and D9(E4), obtained by fusion of gerbil splenocytes with mouse myeloma cells (P3-X63-Ag8.653), expressed gerbil CD3G mRNA. These cells were suggested to be T cell heterohybridomas. They also expressed gerbil IL6 [D9(E6)C2B3] and TGFB [D9(E4) and D9(E6)C2B3] mRNAs. The addition of conditioned medium (CM) obtained from the culture of D9(E6)C2B3 significantly enhanced antibody secretion and expression of gerbil Cγ1 and Cε IGHC mRNAs in the B11D2(C2) heterohybridoma, which secretes gerbil IgG1. However, the addition of CM from both heterohybridomas did not improve in proliferation of B11D2(C2) cells. These results indicate that CM from D9(E6)C2B3 improved the culture of gerbil–mouse heterohybridomas, possibly by secreting gerbil IL6.
    Gerbil
    Splenocyte
    Citations (2)