This is a multi-part message in MIME format. ------=_NextPart_000_000A_01BE7752.181E11C0 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_000A_01BE7752.181E11C0 Content-Type: application/ms-tnef; name="winmail.dat" Content-Transfer-Encoding: base64 Content-Disposition: attachment; filename="winmail.dat" eJ8+IggEAQaQCAAEAAAAAAABAAEAAQeQBgAIAAAA5AQAAAAAAADoAAEIgAcAGAAAAElQTS5NaWNy b3NvZnQgTWFpbC5Ob3RlADEIAQ2ABAACAAAAAgACAAEGgAMADgAAAM8HAwAaAAYAHgAAAAUAHAEB A5AGANQJAAAnAAAACwACAAEAAAALACMAAAAAAAMAJgAAAAAACwApAAAAAAADADYAAAAAAB4AcAAB AAAAFgAAAFNjb3ZpbGxlICBtZWFzdXJlbWVudAAAAAIBcQABAAAAFgAAAAG+d0FShUcbjAzjQhHS iSxERVNUAAEAAAIBHQwBAAAAHAAAAFNNVFA6Sk9SREFBTkBJTkZPUk1TQS5DTy5aQQALAAEOAAAA AEAABg4AVE1PQXe+AQIBCg4BAAAAGAAAAAAAAADqYuhWDqrSEYksREVTVAABwoAAAAsAHw4BAAAA AwAGEKZy/LkDAAcQ9AQAAB4ACBABAAAAZQAAAElBTVNVUkVUSEFUVEhJU1NVQkpFQ1RIQVNCRUVO RVhURU5TSVZFTFlDT1ZFUkVESU5QUkVWSU9VU0RJU0NVU1NJT05TLEhPV0VWRVJJVFJVU1RUSEFU WU9VV0lMTEJFQVJXSVQAAAAAAgEJEAEAAABQBQAATAUAALcHAABMWkZ1Nxkn2QMACgByY3BnMTI1 BjIA+Atgbmc3MTfSNwFVMzYB6CACpwIAiHBycQ5QZmNoCsDgc2V0MCAHEwKDAFDfERgSWRGhA+QS aDMDxRG/TH19CoAIyCA7CW8w8wKACoF1YwBQCwMM0AHBFlwPAgHQNQ9wdWxuBQIgZQKxIEkgYW3E IHMIcGUgdBHgBUDnHGAEABwBYmoFkAVAEeCFBCBiCeEgZXh0CfDBAJB2ZWx5IAWgHoAVGEEgC4Ag EXBldmnrCGAEIGQEAGMf4ACQAiDkcywdcG93H6AEkBuxXHRyH+AckhyBeQhgIH0D8GwDIB3ACsED 8BxgIKcHgBvQBCBhIBtgdwWgcweABcB0bxxRHEAgEGfPB5AFQABwHzBwbyBhAmBfHrAhEQOgHcAb YGYjICBfA1IkkyPhH0ECEHIAwHRtIIEgJQAbYHIcgB8hYvcesByzIBguCqIKhAqAG8D+axtAB+Ak ogIQIpAg8AuA9GcgGEBnCxEsIiSiHQWZIMBidSUxHDFxdSMguRxAb3Ad4SfhHsFyGECbHVAggToq tQOgMTkOINMjsRHQZW0EAHQdoSkyxydhG+AukWYgVwMQLdCtBcBTHtEigWUgwHcFsK5rLCIvAiSi UArAayExbERhH7AEIHAR4QDBZS8t4A3gB0AewW0KsG55/yDAAQAegS6xHzAjwAeAHGD/BHAkYgeA HZAcJBxAJLAcgX8zQB6BMjIR0AMQHEAuwHDjLsASAC4gVCSxHjAhsb8c0THyN1EBgCExHMBtIMDF JKIiMuYgT3IsgBtAXzNABTAN4DqwJREiOqBJfzszI8AdBR5xIAEKQCgyLd8BkCGwOhEDYDWwZBwh PpH/A6AkogWwJPALgDYROwIgwP8ydQJgCfABACVxHCIJwAhgfSVhQzniBCAjExwQLIEt/nco0QXA JVIjwDZxOXQ7Av86cSSSA6AAkDpRN+EtEgbw/0ATIMAfUQuABQA4QSwhHqH/P+MfIQWgSWAJ8CGA KCMgsf9EUCgwQmEksB6wSYEw8UgkzyWQC4AhxSSibGkuUR8w/xtAOTACICUAQzEIcBtgSCOuaQXA BGAt4Gg6kUEj0H51BtAhMUWwR2UdkACQZ/9PQySATGI5yx2wHZAfIShR/yDhI1AZoCNAJsEbYAmA UeT/HcBKFx3AJ+E4kx6yGyBOWslAdChmCeBsKTinKkteTxtgRmEAIDmYIjjyIuM6IQXAMSwwW9Bb wiAA/QNgcAQgMkFFtBzRKMQcgZcCIB6hW7A1MtcgVQMAvzFQKlwhsANgSdMcEHMuwP8dURxiIMBJ sTWwBdAFwDJ9uwAQLlBvLoEEIFQzYTpQ/y9xBzBdlB4wNmAxUCDAN3H/VjIE8AiQS7EmsD4gGEBO AP8BoDoBN5UdhzbZJWEfUQOR/UrhaB/gBzAhsGNIZPUkYn8BADwBMSBZ8UzTRFAogWP/HrAyQRzC EXAHcRwAYREHcX9I8SdSTodUsiOiRncagGT/AmBjZEcFABBwVx9CHMIBEX8JETqQKlwzgFbiVVJm wWf+aCjiJHEmsCVhT/FlpCxsrzeUI6ElYTsDZS5RcG4BfwVAH+AfJByzQNMEECpLS50J4HBLkHrw JKJnbzfR9QWgbzOyLnxAKloI0ABBMw8HAEAgRgBwCJAgShkFsGRhAHAqWlBPIMhCb3gwcDAxGvAV oH0qY01WMTNAAZA0cAtgejZhKlSAUDYPcCpjU08IVVRIElBGUklDNkEqWn6lQDBQJ+JTQfouBaAu gcEUYwwBKmcaFi99QALRgJUXQQCIYAMAEBAAAAAAAwAREAAAAAALAAGACCAGAAAAAADAAAAAAAAA RgAAAAADhQAAAAAAAAMAA4AIIAYAAAAAAMAAAAAAAABGAAAAABCFAAAAAAAAAwAHgAggBgAAAAAA wAAAAAAAAEYAAAAAUoUAAPATAAAeAAiACCAGAAAAAADAAAAAAAAARgAAAABUhQAAAQAAAAQAAAA4 LjUACwAMgAggBgAAAAAAwAAAAAAAAEYAAAAABoUAAAAAAAADAA2ACCAGAAAAAADAAAAAAAAARgAA AAABhQAAAAAAAAsAFoAIIAYAAAAAAMAAAAAAAABGAAAAAA6FAAAAAAAAAwAXgAggBgAAAAAAwAAA AAAAAEYAAAAAEYUAAAAAAAADABmACCAGAAAAAADAAAAAAAAARgAAAAAYhQAAAAAAAB4AKIAIIAYA AAAAAMAAAAAAAABGAAAAADaFAAABAAAAAQAAAAAAAAAeACmACCAGAAAAAADAAAAAAAAARgAAAAA3 hQAAAQAAAAEAAAAAAAAAHgAqgAggBgAAAAAAwAAAAAAAAEYAAAAAOIUAAAEAAAABAAAAAAAAAAsA MoAIIAYAAAAAAMAAAAAAAABGAAAAAIKFAAABAAAACwA0gAsgBgAAAAAAwAAAAAAAAEYAAAAAAIgA AAAAAAALADaACyAGAAAAAADAAAAAAAAARgAAAAAFiAAAAAAAAAIB+A8BAAAAEAAAAOpi6FYOqtIR iSxERVNUAAECAfoPAQAAABAAAADqYuhWDqrSEYksREVTVAABAgH7DwEAAABzAAAAAAAAADihuxAF 5RAaobsIACsqVsIAAFBTVFBSWC5ETEwAAAAAAAAAAE5JVEH5v7gBAKoAN9luAAAAQzpcV0lORE9X U1xBcHBsaWNhdGlvbiBEYXRhXE1pY3Jvc29mdFxPdXRsb29rXG91dGxvb2sucHN0AAADAP4PBQAA AAMADTT9NwAAAgF/AAEAAAAxAAAAMDAwMDAwMDBFQTYyRTg1NjBFQUFEMjExODkyQzQ0NDU1MzU0 MDAwMTA0NDMyMDAwAAAAAExu ------=_NextPart_000_000A_01BE7752.181E11C0--