Search Results - "Phuapittayalert, Laorrat"

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  1. 1

    An unusual topographic relationship between high origin of superficial ulnar artery and bitendinous palmaris longus by Sakulsak, Natthiya, Phuapittayalert, Laorrat

    Published in Anatomical science international (01-09-2021)
    “…The ulnar artery usually arises from the brachial artery at the cubital fossa. It descends beneath the flexor carpi ulnaris in the forearm and then terminates…”
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    Journal Article
  2. 2

    Increased expression of apoptotic markers in human full-term placenta after exposure to elevated environmental cadmium levels during pregnancy by Phuapittayalert, Laorrat, Tanasrivaroottanun, Nathamon, Hipkaeo, Wiphawi, Supanpaiboon, Wisa, Sakulsak, Natthiya

    “…Cadmium (Cd), a toxic heavy metal, produces various forms of environmental contaminations and health problems in human. In this study, we aimed to examine the…”
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    Journal Article
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  4. 4

    Increasing CACNA1C expression in placenta containing high Cd level: an implication of Cd toxicity by Phuapittayalert, Laorrat, Saenganantakarn, Phisid, Supanpaiboon, Wisa, Cheunchoojit, Supaporn, Hipkaeo, Wiphawi, Sakulsak, Natthiya

    “…Cadmium (Cd) has known to produce many adverse effects on organs including placenta. Many essential transporters are involved in Cd transport pathways such as…”
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    Journal Article
  5. 5

    Increased DMT-1 expression in placentas of women living in high-Cd-contaminated areas of Thailand by Somsuan, Keerakarn, Phuapittayalert, Laorrat, Srithongchai, Yupa, Sonthi, Pattaraporn, Supanpaiboon, Wisa, Hipkaeo, Wiphawi, Sakulsak, Natthiya

    “…Cadmium (Cd) is a toxic heavy metal and contamination was reported in soil and rice in several areas of Thailand. Humans are normally exposed to environmental…”
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  7. 7

    Increasing of Syncytial Knot and Fibrinoid Deposit in High-Cd Accumulated Human Placentas by Phuapittayalert, Laorrat, Norkaew, Thongchai, Supanpaiboon, Wisa, Chuenchoojit, Supaporn, Hipkeao, Wiphawi, Swaddiwudhipong, Witaya, Sakulsak, Natthiya

    Published in International journal of morphology (01-12-2013)
    “…A toxic metal, cadmium (Cd), can accumulate in human organs. Placenta is usually used as indicator organ for Cd exposure. Therefore, we aim to investigate the…”
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    Journal Article