The Experts below are selected from a list of 18 Experts worldwide ranked by ideXlab platform

Ibrahim Njoto - One of the best experts on this subject based on the ideXlab platform.

  • DEPTH OF HUMAN Hypophysial Fossa DUE TO AGING PROCESS: A MORPHOLOGIC RESEARCH
    2011
    Co-Authors: Ibrahim Njoto
    Abstract:

    Aging was normal process of human living. Hypophysial Fossa as a protector of Hypophysial gland, in aging process Hypophysial gland was atrophy. For this phenomena happened in older age, what will happen through the Hypophysial Fossa?. Collaborative research had done between anatomy laboratory Medical Faculty of Airlangga University and anatomy laboratory Medical Faculty of Wijaya Kusuma Surabaya University, subject of research was cadavers from both medical faculty. The cadavers were majority javanese and from lower class of social community, such as beggar, poor, and unidentified person which donated to medical faculty for studying of anatomy desection. The cadavers age was exactly unknown, so to identify the age of cadavers by using an anthropologist method of age determinate. In this research, the anthropologist method to determinate age was observation of cadaver’s calvaria suture and surface molar teeth damage as a support method. The depth of Hypophysial Fossa was measured by digital caliper which depth measuring face located at horisontally line bethween tuberculum sellae and dorsum sellae, therefore depth measuring blade of digital caliper can reach bottom of Hypophysial Fossa accuratelly. The result of research showed that depth of human Hypophysial Fossa due to aging process was positive correlation, significant at 0.01 level of two-tailed. That condition were happens as a reflection of aging process in human during alive, in which paralel to aging the increase of the aging the so that the impact begins clear, particularly the severity of atheroscelerotic process there were that of to the blood vessels of the vascularisation to Hypophysial Fossa. This research as a foundation to next research which explore causes of changing the Hypophysial Fossa depth, which could be early sign of aging process so human can reach optimum quality of aging.

Ibrahim Njoto Nim010941002 - One of the best experts on this subject based on the ideXlab platform.

  • MORFOLOGI Fossa HIPOFISIS CEREBRI : HUBUNGAN USIA DENGAN KEDALAMAN Fossa HIPOFISIS CEREBRI KADAVER
    2011
    Co-Authors: Ibrahim Njoto Nim010941002
    Abstract:

    Hypophysial Fossa as a protector of Hypophysial gland, in aging process Hypophysial Fossa was atrophy. This condition influence to the deep of Hypophysial Fossa, because in aging process atherosclerotic getting worst, so change of Hypophysial Fossa. This research was cross section observational non eksperimental study, with correlation analysis. Subject of research was cadavers from Medical Faculty of Airlangga University and cadavers from Medical Faculty of Wijaya Kusuma Surabaya University. The cadavers wa s from lower class of community, such as beggar, poor, and unidentified person which donated to medical faculty for studying subject of anatomy desection. The cadavers age was unknown, so to know the age of cadavers, used an Anthropologist method for age determinate. Two of this methods as cascade function which obliteration of calvaria suture was superior than surface molar teeth damage, because eksternal factors was minimum influence to the calvaria suture, it different with surface molar teeth damage was strongly influence with eksternal factors, such as type of diet, oral hygiene. In this study, the Anthropologist method to determinate age of cadavers was observation cadaver's calvaria suture and surface molar teeth damage as a supporttive. Result of the research showed that correlation is significant at the 0.01 level (2-tailed). The result of this study as based for continuing study of Hypophysial foss

Meyer B David - One of the best experts on this subject based on the ideXlab platform.

Shailesh Kumar - One of the best experts on this subject based on the ideXlab platform.

  • Radiographic Analysis of Sella Turcica
    2019
    Co-Authors: Nisha Maddheshiya, Varun Rastogi, Shailesh Kumar
    Abstract:

    Sella turcica is a saddle-shaped concavity in the body of sphenoid bone situated in the middle cranial Fossa of the skull. Sella turcica gets its name from Turkish language because of its similarity to the Turkish saddle. A saddle shaped depression in the upper surface of sphenoid bone is located between and bonded by the two anterior and two posterior clinoid processes. It is composed of three part: the Tuberculum sella, Pituitary (or Hypophysial) Fossa which is lodging the pituitary gland and the dorsum sella. The importance of size and shape of the sella turcica in connection with the occurrence of symptoms of pituitary diseases has long been recognized. The exact dimension of sella turcica are an important consideration in the diagnosis, prognosis and treatment of diseases related to pituitary gland and brain. A deviation from normal size and shape of sella turcica can be an indication of a pathological condition of the gland. Early detection of sella turcica abnormalities may avert potentially life-threatening episodes

Nisha Maddheshiya - One of the best experts on this subject based on the ideXlab platform.

  • Radiographic Analysis of Sella Turcica
    2019
    Co-Authors: Nisha Maddheshiya, Varun Rastogi, Shailesh Kumar
    Abstract:

    Sella turcica is a saddle-shaped concavity in the body of sphenoid bone situated in the middle cranial Fossa of the skull. Sella turcica gets its name from Turkish language because of its similarity to the Turkish saddle. A saddle shaped depression in the upper surface of sphenoid bone is located between and bonded by the two anterior and two posterior clinoid processes. It is composed of three part: the Tuberculum sella, Pituitary (or Hypophysial) Fossa which is lodging the pituitary gland and the dorsum sella. The importance of size and shape of the sella turcica in connection with the occurrence of symptoms of pituitary diseases has long been recognized. The exact dimension of sella turcica are an important consideration in the diagnosis, prognosis and treatment of diseases related to pituitary gland and brain. A deviation from normal size and shape of sella turcica can be an indication of a pathological condition of the gland. Early detection of sella turcica abnormalities may avert potentially life-threatening episodes