This is a multi-part message in MIME format. ------=_NextPart_000_0002_01BE761E.353AE060 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: 7bit I am sure that this subject has been extensively covered in previous discussions, however I trust that you will bear with me as a newcomer to the digest and possibly even benefit from the new information generated by this discussion. I know the following regarding the subject, but are quite open for correction: In 1912 a chemists by the name of Wilbur Scoville, working for the Parker Davis pharmaceutical company, developed a method to measure the heat level of chile peppers. The test is named after him, the "Scoville Organoleptic Test". It is a subjective dilution-taste procedure. In the original test, Wilbur blended pure ground Chiles with sugar-water and a panel of testers then sipped the solution, in increasingly diluted concentrations, until they reached the point that the liquid no longer burned their mouths. A number was then assigned to each chile pepper based on how much it needed to be diluted before they could no longer taste (feel) the heat. One part of chile "heat" per 1,000,000 drops of water is rated at only 1,5 Scoville Units I strongly suspect that, since Mr Wilbur Scoville's much appreciated attempts, a more scientific reliable method has been developed and in an enthusiast's attempt to determine the pungency of his prime specimen, he no longer needs a panel of "testers" in his efforts. I would be delighted to find out more regarding the methods and test equipment used in this process. Keep up the good cooking... Fanie Jordaan PO Box 101573 Moreleta Plaza 0167 SOUTH AFRICA Jordaan@InformSA.co.za ------=_NextPart_000_0002_01BE761E.353AE060 Content-Type: application/ms-tnef; name="winmail.dat" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="winmail.dat" eJ8+IgwPAQaQCAAEAAAAAAABAAEAAQeQBgAIAAAA5AQAAAAAAADoAAEIgAcAGAAAAElQTS5NaWNy b3NvZnQgTWFpbC5Ob3RlADEIAQ2ABAACAAAAAgACAAEGgAMADgAAAM8HAwAYABEAJwAAAAMALAEB A5AGANAJAAAnAAAACwACAAEAAAALACMAAAAAAAMAJgAAAAAACwApAAAAAAADADYAAAAAAB4AcAAB AAAAFQAAAFNjb3ZpbGxlIG1lYXN1cmVtZW50AAAAAAIBcQABAAAAFgAAAAG+dgxzggAfPh7iDxHS iSxERVNUAAEAAAIBHQwBAAAAHAAAAFNNVFA6Sk9SREFBTkBJTkZPUk1TQS5DTy5aQQALAAEOAAAA AEAABg4AwsdvDHa+AQIBCg4BAAAAGAAAAAAAAADqYuhWDqrSEYksREVTVAABwoAAAAsAHw4BAAAA AwAGEKZy/LkDAAcQ9AQAAB4ACBABAAAAZQAAAElBTVNVUkVUSEFUVEhJU1NVQkpFQ1RIQVNCRUVO RVhURU5TSVZFTFlDT1ZFUkVESU5QUkVWSU9VU0RJU0NVU1NJT05TLEhPV0VWRVJJVFJVU1RUSEFU WU9VV0lMTEJFQVJXSVQAAAAAAgEJEAEAAABMBQAASAUAAL4HAABMWkZ1TPsR+wMACgByY3BnMTI1 BjIA+Atgbmc3MTfSNwFVMzYB6CACpwIAiHBycQ5QZmNoCsDgc2V0MCAHEwKDAFCfA9USaBGhA+MR v319CoBpCMggOwlvMAKACoF13mMAUAsDDNABwVwPAgHQojUPcHVsbgIgZQumgCBJIGFtIHMIcPhl IHQR4AVAG0AEABrhvGJqBZAFQBHgBCBiCeEwIGV4dAnwAJB2ZbhseSAFoB1gFtEgC4BiIBFwZXZp CGAEIGSdBABjHsAAkAIgcywcUJxvdx6ABJAakXRyHsCrG3IbYXkIYCAD8GwDIO8coArBA/AbQCAH gBqwBCB0YSAZ8HcFoAeABcB07m8bMRsgHvBnB5AFQABw+R4QcG8fQQJgHZAf8QOg6xygGfBmIgAg A1IjcyLBqx4hAhByAMB0H2EgI+DtGfByG2AeAWIdkBuTHvjeLgqiCoQKgBqgaxnQB+CfI4ICECFw H9ALgGcgFtA+ZwsRKwIjghvlH6BidTMkERsRcXUiABsgb3B3HMEmwR2hchbQHDAfYTpzKZUDoDE5 DiAikRHQZfptBAB0HIEoEiZBGsAtcbhmIFcDECywBcBTHbHVIWFlH6B3BbBrKwIt4pUjglAKwGsg EURhHpDtBCBwEeEAwWUswA3gB0DlHaFtCrBueR+gAQAdYf8tkR4QIqAHgBtABHAjQgeA/xxwGwQb ICOQG2EyIB1hMRJvEdADEBsgLaBwLaASAC78IFQjkR0QIJEbsTDSNjG3AYAgERugbR+gI4IiMcb4 IE9yK2AZ0DIgBTAN4Os5kCPxIjmASToTIqAb5e8dUR7hCkAnEi0BkCCQOPH7A2A0kGQbAT1xA6Aj ggWw/yPQC4A08TniH6AxVQJgCfC/AQAkURsCCcAIYCRBQzjCzwQgIfMa8CthLXcnsQXA/yQyIqA1 UThUOeI5USNyA6D/AJA5MTbBK/IG8D7zH6AeMf8LgAUANyErAR2BPsMeAQWg/0hACfAgYCcDH5FD MCcQQUH/I5AdkEhhL9FHBCRwC4AgpfkjgmxpLTEeEBnQOBACIN8j4EIRCHAZ8EcDaQXABGDVLMBo OXFBIrB1BtAgEe9EkEZFHHAAkGdOIyNgS0L/OKsckBxwHgEnMR/BIjAYMP8iICWhGfAJgFDEHKBI 9xygPybBN3MdkhmwTTo/VChm2QngbCk3hykrTxnwRUFrACA4eCI30iI5AQXAMbwsMFqwWqIe4ANg cAQg/zEhRJQbsSekG2ECIB2BWpDyNTG3IFUDADAwKTwgkPcDYEizGvBzLaAcMRtCH6B/SJE0kAXQ BcAxXQAQLTBv9y1hBCBTE2E5MC5RBzBcdP8dEDVAMDAfoDZRVRIE8AiQ/0qRJZA9ABbQTOABoDjh NnW/HGc1uSRBHjEDkUnBaB7A/wcwIJBiKGPVI0IBADrhMADvWNFLs0MwJ2FjHZAxIRui/xFwB3Ea 4F/xB3FH0SYyTWfvU5IigkVXGRBkAmBiREXl/wAQbzceIhuiAREJETlwKTzPMmBVwlQyZaFnaCfC I1H/JZAkQU7RZIQrTDZ0IoEkQfU542UtMXBs4QVAHsAeBJ8bkz+zBBApKxhpIEsJ4M5wSnB6kCOC Z282sQWg2m8yki574AvSNHjvGLXeYwBBDwcS8xpxRgBwCJBkIEoFsGRhAHApOlAgTyBCb3gvUDAx 9RmAMyk0TVURMiABkDNQ2QtgemEpNIFANg9wKUMgU09VVEgSUEZS2ElDQSk6f5VALzAmwuhTQS4F oC6Ctn0sAtEXDlApQxXRAIjQAwAQEAAAAAADABEQAAAAAAsAAYAIIAYAAAAAAMAAAAAAAABGAAAA AAOFAAAAAAAAAwADgAggBgAAAAAAwAAAAAAAAEYAAAAAEIUAAAAAAAADAAeACCAGAAAAAADAAAAA AAAARgAAAABShQAA8BMAAB4ACIAIIAYAAAAAAMAAAAAAAABGAAAAAFSFAAABAAAABAAAADguNQAL AAyACCAGAAAAAADAAAAAAAAARgAAAAAGhQAAAAAAAAMADYAIIAYAAAAAAMAAAAAAAABGAAAAAAGF AAAAAAAACwAWgAggBgAAAAAAwAAAAAAAAEYAAAAADoUAAAAAAAADABeACCAGAAAAAADAAAAAAAAA RgAAAAARhQAAAAAAAAMAGYAIIAYAAAAAAMAAAAAAAABGAAAAABiFAAAAAAAAHgAogAggBgAAAAAA wAAAAAAAAEYAAAAANoUAAAEAAAABAAAAAAAAAB4AKYAIIAYAAAAAAMAAAAAAAABGAAAAADeFAAAB AAAAAQAAAAAAAAAeACqACCAGAAAAAADAAAAAAAAARgAAAAA4hQAAAQAAAAEAAAAAAAAACwAygAgg BgAAAAAAwAAAAAAAAEYAAAAAgoUAAAEAAAALADSACyAGAAAAAADAAAAAAAAARgAAAAAAiAAAAAAA AAsANoALIAYAAAAAAMAAAAAAAABGAAAAAAWIAAAAAAAAAgH4DwEAAAAQAAAA6mLoVg6q0hGJLERF U1QAAQIB+g8BAAAAEAAAAOpi6FYOqtIRiSxERVNUAAECAfsPAQAAAHMAAAAAAAAAOKG7EAXlEBqh uwgAKypWwgAAUFNUUFJYLkRMTAAAAAAAAAAATklUQfm/uAEAqgA32W4AAABDOlxXSU5ET1dTXEFw cGxpY2F0aW9uIERhdGFcTWljcm9zb2Z0XE91dGxvb2tcb3V0bG9vay5wc3QAAAMA/g8FAAAAAwAN NP03AAACAX8AAQAAADEAAAAwMDAwMDAwMEVBNjJFODU2MEVBQUQyMTE4OTJDNDQ0NTUzNTQwMDAx NDQ0MTIwMDAAAAAAwXQ= ------=_NextPart_000_0002_01BE761E.353AE060--