From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #11811 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Saturday, July 22 2023 Volume 14 : Number 11811 Today's Subjects: ----------------- [none] [=?utf-8?B?5Luj5bm15Y+R56Wo44CBMTgzMTI1ODAzNDXoloflkIzlj7c=?= Subject: [none] d;#e95eg%(cih&g5ho<18312580345he e7o< e"e$g(f.ig%(o< e"e$g(d8g(e o< g5e-e o< f fe.i"e o< f-#h'd?g ------------------------------ Date: Fri, 21 Jul 2023 20:00:13 +0200 From: "Nerve Pain Breakthrough" <20SecondPainFix@nervemaster.lol> Subject: 1 'Trick' Reverses Nerve Pain? -Try Tonight 1 'Trick' Reverses Nerve Pain? -Try Tonight http://nervemaster.lol/oOAUuMTTUkHHBE0bTKMieH1iNKsmzwkps7DVebu8gM0FBi_EIg http://nervemaster.lol/xg3nFi11DwiFsNYqYY4Bx1brf2bVDG5e37oGhndgWq-lS9awow Hardwoods are produced by angiosperm trees that reproduce by flowers, and have broad leaves. Many species are deciduous. Those of temperate regions lose their leaves every autumn as temperatures fall and are dormant in the winter, but those of tropical regions may shed their leaves in response to seasonal or sporadic periods of drought. Hardwood from deciduous species, such as oak, normally shows annual growth rings, but these may be absent in some tropical hardwoods. Hardwoods have a more complex structure than softwoods and are often much slower growing as a result. The dominant feature separating "hardwoods" from softwoods is the presence of pores, or vessels. The vessels may show considerable variation in size, shape of perforation plates (simple, scalariform, reticulate, foraminate), and structure of cell wall, such as spiral thickenings. As the name suggests, the wood from these trees is generally harder than that of softwoods, but there are significant exceptions. In both groups there is an enormous variation in actual wood hardness, with the range in density in hardwoods completely including that of softwoods; some hardwoods (e.g., balsa) are softer than most softwoods, while yew is an example of a hard softwood The structural polymers of hardwoods are cellulose, hemicellulose, and lignin. The constituents of hardwood lignin differs from those included in softwood. Sinapyl alcohol and coniferyl alcohol are the main monomers of hardwood lignin. Hardwoods contain less amount of non-structural constituents, named extractives, than softwoods. These extractives are usually categorized into three broad groups: aliphatic compounds, terpenes and phenolic compounds. Aliphatic compounds found in hardwoods include fatty acids, fatty alcohols and their esters with glycerol, fatty alcohols (waxes) and sterols (steryl esters), hydrocarbons, such as alkanes, sterols, such as sitosterol, sitostanol and campesterol. The terpene content of the hardwood significantly differs from the softwood, and mainly consists of triterpenoids, polyprenols and other higher terpenes. Triterpenoids commonly purified from hardwoods include cycloartenol, betulin and squalene. Hardwood polyterpenes are rubber, gutta percha, gutta-balatC! and betulaprenols. Although in small quantities, hardwoods also contain mono-, sesqui- and diterpenes, such as ?- and ?-pinenes, 3-carene, ?-myrcene, limonene, hinokitiol, ?-cadinene, ?- and ?-cadinols, borneol. Hardwood is rich in phenolic compounds, such as stilbenes, lignans, norligna ------------------------------ Date: Fri, 21 Jul 2023 22:50:00 -0700 From: "Massive Growth" Subject: Motion sensor and integrated microphone make this the best camera on the market! Motion sensor and integrated microphone make this the best camera on the market! http://kaywquiysh.shop/Y5PwJSazz5lgx0zIgI8-5l5kUeU4MdBeNHjtAoOHZekzZSVYAw http://kaywquiysh.shop/dGoKea98fuphEtSnMIxh7Tx-7KDMT-KzeWY2i1-ttbrNZZ0ltA Hardwoods are produced by angiosperm trees that reproduce by flowers, and have broad leaves. Many species are deciduous. Those of temperate regions lose their leaves every autumn as temperatures fall and are dormant in the winter, but those of tropical regions may shed their leaves in response to seasonal or sporadic periods of drought. Hardwood from deciduous species, such as oak, normally shows annual growth rings, but these may be absent in some tropical hardwoods. Hardwoods have a more complex structure than softwoods and are often much slower growing as a result. The dominant feature separating "hardwoods" from softwoods is the presence of pores, or vessels. The vessels may show considerable variation in size, shape of perforation plates (simple, scalariform, reticulate, foraminate), and structure of cell wall, such as spiral thickenings. As the name suggests, the wood from these trees is generally harder than that of softwoods, but there are significant exceptions. In both groups there is an enormous variation in actual wood hardness, with the range in density in hardwoods completely including that of softwoods; some hardwoods (e.g., balsa) are softer than most softwoods, while yew is an example of a hard softwood The structural polymers of hardwoods are cellulose, hemicellulose, and lignin. The constituents of hardwood lignin differs from those included in softwood. Sinapyl alcohol and coniferyl alcohol are the main monomers of hardwood lignin. Hardwoods contain less amount of non-structural constituents, named extractives, than softwoods. These extractives are usually categorized into three broad groups: aliphatic compounds, terpenes and phenolic compounds. Aliphatic compounds found in hardwoods include fatty acids, fatty alcohols and their esters with glycerol, fatty alcohols (waxes) and sterols (steryl esters), hydrocarbons, such as alkanes, sterols, such as sitosterol, sitostanol and campesterol. The terpene content of the hardwood significantly differs from the softwood, and mainly consists of triterpenoids, polyprenols and other higher terpenes. Triterpenoids commonly purified from hardwoods include cycloartenol, betulin and squalene. Hardwood polyterpenes are rubber, gutta percha, gutta-balatC! and betulaprenols. Although in small quantities, hardwoods also contain mono-, sesqui- and diterpenes, such as ?- and ?-pinenes, 3-carene, ?-myrcene, limonene, hinokitiol, ?-cadinene, ?- and ?-cadinols, borneol. Hardwood is rich in phenolic compounds, such as stilbenes, lignans, norligna ------------------------------ Date: Fri, 21 Jul 2023 18:15:26 +0200 From: "Big Pharma" Subject: Heal Hemorrhoids with this bible Heal Hemorrhoids with this bible http://getsimpleh.bond/3AfV1yCpJ45FqS1YlT813TGFUIhcfH5JkAzYTkPaZEAuMjiO5Q http://getsimpleh.bond/Z94kKuT3pj-paCcvWesdQ5Wgr146eN4kL9fkoKL9GS5Db6gt1g Hardwoods are employed in a large range of applications, including fuel, tools, construction, boat building, furniture making, musical instruments, flooring, cooking, barrels, and manufacture of charcoal. Solid hardwood joinery tends to be expensive compared to softwood. In the past, tropical hardwoods were easily available, but the supply of some species, such as Burma teak and mahogany, is now becoming scarce due to over-exploitation. Cheaper "hardwood" doors, for instance, now consist of a thin veneer bonded to a core of softwood, plywood or medium-density fibreboard (MDF). Hardwoods may be used in a variety of objects, but are most frequently seen in furniture or musical instruments because of their density which adds to durability, appearance, and performance. Different species of hardwood lend themselves to different end uses or construction processes. This is due to the variety of characteristics apparent in different timbers, including density, grain, pore size, growth and fibre pattern, flexibility and ability to be steam bent. For example, the interlocked grain of elm wood (Ulmus spp.) makes it suitable for the making of chair seats where the driving in of legs and other components can cause splitting in other woo The structural polymers of hardwoods are cellulose, hemicellulose, and lignin. The constituents of hardwood lignin differs from those included in softwood. Sinapyl alcohol and coniferyl alcohol are the main monomers of hardwood lignin. Hardwoods contain less amount of non-structural constituents, named extractives, than softwoods. These extractives are usually categorized into three broad groups: aliphatic compounds, terpenes and phenolic compounds. Aliphatic compounds found in hardwoods include fatty acids, fatty alcohols and their esters with glycerol, fatty alcohols (waxes) and sterols (steryl esters), hydrocarbons, such as alkanes, sterols, such as sitosterol, sitostanol and campesterol. The terpene content of the hardwood significantly differs from the softwood, and mainly consists of triterpenoids, polyprenols and other higher terpenes. Triterpenoids commonly purified from hardwoods include cycloartenol, betulin and squalene. Hardwood polyterpenes are rubber, gutta percha, gutta-balatC! and betulaprenols. Although in small quantities, hardwoods also contain mono-, sesqui- and diterpenes, such as ?- and ?-pinenes, 3-carene, ?-myrcene, limonene, hinokitiol, ?-cadinene, ?- and ?-cadinols, borneol. Hardwood is rich in phenolic compounds, such as stilbenes, lignans, norlignans ------------------------------ Date: Sat, 22 Jul 2023 03:15:00 +0200 From: =?UTF-8?B?2KfZhNmF2YjYq9mC2Kkg2YXZhiDYp9mE2K7Yp9ix2KzZitipINin2YTZ hdi52KrZhdivINmI?= =?UTF-8?B?2KfZhNmF2LXYr9mC?= Subject: =?UTF-8?B?2KfYt9mE2Kgg2KfZhNin2YYgMDAyMDEwNjI5OTI1MTAg2KfZhNiq2 K7Yt9mK2Lcg2KfZhA==?= =?UTF-8?B?2KfYs9iq2LHYp9iq2YrYrNmKINmI2KXYr9in2LHYqSDYp9mE2KPYr9in2KEg 2KfZhNmF2KTYs9iz2Yog?= =?UTF-8?B?2KjYp9iz2KrYrtiv2KfZhSDYqNi32KfZgtin2Kog2KfZhNij2K/Yp9ihINin 2YTZhdiq2YjYp9iy2YYg?= =?UTF-8?B?QlNDINiq2KjYr9ijINmH2LDZhyDYp9mE2LTZh9in2K/YqSDZhdmGIDMwINmK 2YjZhNmK2Ygg4oCTMyA=?= =?UTF-8?B?2KfYutiz2LfYsyAyMDIzINio2KfZhNmC2KfZh9ix2Kkg4oCTINis2YXZh9mI 2LHZitipINmF2LXYsSA=?= =?UTF-8?B?2KfZhNi52LHYqNmK2Kkg2KfZiCDYqtiv2LHZitioINi52YYg2KjZj9i52K8g KNij2YjZhiDZhNin2Yo=?= =?UTF-8?B?2YYpINmI2KfZhNmF2LnYqtmF2K8g2YXZhiDYp9mE2K/Yp9ixINin2YTYudix 2KjZitipINmE2YTYqtmG?= =?UTF-8?B?2YXZitipINin2YTYp9iv2KfYsdmK2Kkg4oCTIEFIQUQg2LTZh9in2K/YqSDZ hdi52KrZhdiv2Kkg2Kg=?= =?UTF-8?B?2KrYtdiv2YrZgiDYrdmD2YjZhdmKINmI2KrZiNir2YrZgiDZhdmGINiu2KfY sdis2YrYqSDZg9mA2YA=?= =?UTF-8?B?2YDZgNin2YHYqSDYp9mE2K/ZiNmEINin2YTYudix2KjZitipINiq2YHYp9i1 2YrZhCDYp9mE2K/ZiNix?= =?UTF-8?B?2Kkg2KPZh9iv2KfZgSDYp9mE2KjYsdmG2KfZhdisOiDigKIg2YXYudix2YHY qSDYp9mE2YXZgdin2Yc=?= =?UTF-8?B?2YrZhSDZiNin2YTZhdi12LfZhNit2KfYqiDYp9mE2YXYrtiq2YTZgdipINmE 2YTYqtiu2LfZiti3INin?= =?UTF-8?B?2YTYp9iz2KrYsdin2KrZitis2YouIOKAoiDYp9mD2KrYs9in2Kgg2YXZh9in 2LHYp9iqINin2YTYqtiu?= =?UTF-8?B?2LfZiti3INin2YTYp9iz2KrYsdin2KrZitis2YouIOKAoiDYqtix2KzZhdip INin2LPYqtix2KfYqtmK?= =?UTF-8?B?2KzZitipINin2YTZhdmG2LjZhdin2Kog2KXZhNmJINiu2LfYtyDYudmF2YQg 2YrYqtmFINmC2YrYp9iz?= =?UTF-8?B?2YfYpy4gT3JnYW5pemF0aW9uIEZvY3VzZWQgU3RyYXRlZ3kg4oCiINin2YTY qti52LHZgSDYudmE2Ykg?= =?UTF-8?B?2KfZhNi52YTYp9mC2Kkg2KjZitmGINin2YTYqtiu2LfZiti3INin2YTYp9iz 2Krvv70=?= X'X7YX( X'YX'Y 00201062992510 X'YX*X.X7Y X7 X'YX'X3X*X1X'X*Y X,Y YX%X/X'X1X) X'YX#X/X'X! 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X'YYX'X2Y** .* *YX*YX6YYX' X(YX(YY YX'X&Y X'YX'X-X*X1X'Y YX'YX*YX/Y X1** ,,,,,,* *X*X-Y X'X*Y * *X3X'X1X) X9X(X/ X'YX,YX'X/* *YX/Y X1 X'YX*X/X1Y X(* - -- bYYX/ X*YYY X* YX0Y X'YX1X3X'YX) YX#YY YX4X*X1Y YY X'YYX,YYX9X) "YX'X9YY X'X* X'YX/YX1X'X* YX'YX(X1X'YX, X'YX*X/X1Y X(Y X(X)" YY YX,YYX9X'X* Google. YX%YX:X'X! X'YX'X4X*X1X'Y YY YX0Y X'YYX,YYX9X) YX%Y YX'Y X*YYY X1X3X'X&Y X'YX%YYX*X1YYY X) YYYX'X X#X1X3Y X1X3X'YX) X%YYX*X1YYY X) X%YY amanylolomklgkfjdh+unsubscribe@googlegroups.com. YX9X1X6 YX0Y X'YYYX'YX4X) X9YY X'YYY X(X X'YX*YY X%YY https://groups.google.com/d/msgid/amanylolomklgkfjdh/CAFtmSY5dhEkqaiDKxg0%3D5oK6hRPZ8JejowrqPxnAs29mmHnHng%40mail.gmail.com. ------------------------------ End of alt.music.moxy-fruvous digest V14 #11811 ***********************************************