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This entertaining and informative book describes how living things bump up against non-biological reality. "My immodest aim," says the author, "is to change how you view your immediate surroundings." He asks us to wonder about the design of plants and animals around us: why a fish swims more rapidly than a duck can paddle, why healthy trees more commonly uproot than break, how a shark manages with such a flimsy skeleton, or how a mouse can easily survive a fall onto any surface from any height. The book will not only fascinate the general reader but will also serve as an introductory survey of biomechanics. On one hand, organisms cannot alter the earth's gravity, the properties of water, the compressibility of air, or the behavior of diffusing molecules. On the other, such physical factors form both constraints with which the evolutionary process must contend and opportunities upon which it might capitalize. Life's Devices includes examples from every major group of animals and plants, with references to recent work, with illustrative problems, and with suggestions of experiments that need only common household materials.
Biophysics. --- Antheraea. --- Argyronetes. --- Ascaris. --- Bombyx. --- Dendraster. --- Dineutes. --- Halobates. --- Halosaccion. --- Hydra. --- Luna. --- Macronema. --- Metridium. --- Mimosa. --- Nereocystis. --- Pilobolus. --- Potamodytes. --- Quetelet. --- Velcro. --- abductin. --- airfoils. --- albumin. --- axonal transport. --- bending. --- capillary. --- centroid. --- continuity. --- creeks. --- cyclosis. --- detergent. --- echinoderms. --- fabrics. --- fiberglass. --- foraminifera. --- frameworks. --- gait. --- jellyfish. --- kneecap. --- oak tree.
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There is global interest in using insects as food and feed. However, before insects can be recommended as a type of nourishment to augment more traditional and widely accepted sources of food and feed, it is essential that in-depth research involving a variety of subjects is carried out. We can learn from societies in which insects are still a component of the local diet which species are preferred and how they are prepared for human consumption. We need information on the chemical composition of edible insects and have to make sure we know what kinds of micro-organisms and pathogens they contain. Legal questions in relation to the sale and breeding of certain species need to be addressed, and medicinal aspects of edible insects and their products should be examined. How best to market selected species and make them palatable to a clientele that more than often rejects the idea of insects in the diet are further important aspects in need of study. This book deals with these questions in 19 articles written by experts from at least 20 different countries that represent a range of disciplines. As such, it is a useful tome for a wide range of food researchers.
entomophagy --- novel food --- neophobia --- disgust --- edible insects --- mealworm --- Tenebrio molitor --- insects --- sensory --- model system --- insect --- food --- avoid --- attitude --- psychology --- willingness to eat --- Alcalase --- insect powders --- Acheta domesticus --- Enterococcus --- antioxidant activity --- biodiversity --- bioresource --- culture --- edible insect --- defatted powder --- mealworm oil --- characteristics --- feed supplementation --- growth performance --- nutrient composition --- emotions --- sociolinguistics --- food choice --- mirror neurons --- steamed and freeze-dried mature silkworm larval powder --- alcoholic fatty liver --- ethanol --- lipogenesis --- fatty acid oxidation --- Sprague-Dawley rats --- protein hydrolysate --- enzymatic hydrolysis --- degree of hydrolysis --- techno-functional properties --- novel proteins --- consumer analysis --- DRSA --- Amino acids --- fatty acids --- minerals --- antioxidant --- antimicrobial --- supplement --- sustainable food --- food safety --- blood coagulation --- platelet aggregation --- haemolysis --- Teleogryllus emma --- food law --- Africa --- food hygiene --- food policy --- processing --- traditional knowledge --- food/feed safety --- nutrition --- yellow mealworm --- processed --- shelf life --- Antheraea assamensis --- Apis cerana indica --- honey --- Nagaland --- preparation --- Samia cynthia ricini --- Vespa mandarinia --- Vespula orbata --- silkworm --- thermal processing --- antioxidant activities --- silkworm powder --- alternative food resource --- wasp larva --- Vespa velutina nigrithorax --- insect edibility --- food shortage --- acceptance --- bio-active compounds --- nutrients
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There is global interest in using insects as food and feed. However, before insects can be recommended as a type of nourishment to augment more traditional and widely accepted sources of food and feed, it is essential that in-depth research involving a variety of subjects is carried out. We can learn from societies in which insects are still a component of the local diet which species are preferred and how they are prepared for human consumption. We need information on the chemical composition of edible insects and have to make sure we know what kinds of micro-organisms and pathogens they contain. Legal questions in relation to the sale and breeding of certain species need to be addressed, and medicinal aspects of edible insects and their products should be examined. How best to market selected species and make them palatable to a clientele that more than often rejects the idea of insects in the diet are further important aspects in need of study. This book deals with these questions in 19 articles written by experts from at least 20 different countries that represent a range of disciplines. As such, it is a useful tome for a wide range of food researchers.
Technology: general issues --- entomophagy --- novel food --- neophobia --- disgust --- edible insects --- mealworm --- Tenebrio molitor --- insects --- sensory --- model system --- insect --- food --- avoid --- attitude --- psychology --- willingness to eat --- Alcalase --- insect powders --- Acheta domesticus --- Enterococcus --- antioxidant activity --- biodiversity --- bioresource --- culture --- edible insect --- defatted powder --- mealworm oil --- characteristics --- feed supplementation --- growth performance --- nutrient composition --- emotions --- sociolinguistics --- food choice --- mirror neurons --- steamed and freeze-dried mature silkworm larval powder --- alcoholic fatty liver --- ethanol --- lipogenesis --- fatty acid oxidation --- Sprague-Dawley rats --- protein hydrolysate --- enzymatic hydrolysis --- degree of hydrolysis --- techno-functional properties --- novel proteins --- consumer analysis --- DRSA --- Amino acids --- fatty acids --- minerals --- antioxidant --- antimicrobial --- supplement --- sustainable food --- food safety --- blood coagulation --- platelet aggregation --- haemolysis --- Teleogryllus emma --- food law --- Africa --- food hygiene --- food policy --- processing --- traditional knowledge --- food/feed safety --- nutrition --- yellow mealworm --- processed --- shelf life --- Antheraea assamensis --- Apis cerana indica --- honey --- Nagaland --- preparation --- Samia cynthia ricini --- Vespa mandarinia --- Vespula orbata --- silkworm --- thermal processing --- antioxidant activities --- silkworm powder --- alternative food resource --- wasp larva --- Vespa velutina nigrithorax --- insect edibility --- food shortage --- acceptance --- bio-active compounds --- nutrients --- entomophagy --- novel food --- neophobia --- disgust --- edible insects --- mealworm --- Tenebrio molitor --- insects --- sensory --- model system --- insect --- food --- avoid --- attitude --- psychology --- willingness to eat --- Alcalase --- insect powders --- Acheta domesticus --- Enterococcus --- antioxidant activity --- biodiversity --- bioresource --- culture --- edible insect --- defatted powder --- mealworm oil --- characteristics --- feed supplementation --- growth performance --- nutrient composition --- emotions --- sociolinguistics --- food choice --- mirror neurons --- steamed and freeze-dried mature silkworm larval powder --- alcoholic fatty liver --- ethanol --- lipogenesis --- fatty acid oxidation --- Sprague-Dawley rats --- protein hydrolysate --- enzymatic hydrolysis --- degree of hydrolysis --- techno-functional properties --- novel proteins --- consumer analysis --- DRSA --- Amino acids --- fatty acids --- minerals --- antioxidant --- antimicrobial --- supplement --- sustainable food --- food safety --- blood coagulation --- platelet aggregation --- haemolysis --- Teleogryllus emma --- food law --- Africa --- food hygiene --- food policy --- processing --- traditional knowledge --- food/feed safety --- nutrition --- yellow mealworm --- processed --- shelf life --- Antheraea assamensis --- Apis cerana indica --- honey --- Nagaland --- preparation --- Samia cynthia ricini --- Vespa mandarinia --- Vespula orbata --- silkworm --- thermal processing --- antioxidant activities --- silkworm powder --- alternative food resource --- wasp larva --- Vespa velutina nigrithorax --- insect edibility --- food shortage --- acceptance --- bio-active compounds --- nutrients
Choose an application
There is global interest in using insects as food and feed. However, before insects can be recommended as a type of nourishment to augment more traditional and widely accepted sources of food and feed, it is essential that in-depth research involving a variety of subjects is carried out. We can learn from societies in which insects are still a component of the local diet which species are preferred and how they are prepared for human consumption. We need information on the chemical composition of edible insects and have to make sure we know what kinds of micro-organisms and pathogens they contain. Legal questions in relation to the sale and breeding of certain species need to be addressed, and medicinal aspects of edible insects and their products should be examined. How best to market selected species and make them palatable to a clientele that more than often rejects the idea of insects in the diet are further important aspects in need of study. This book deals with these questions in 19 articles written by experts from at least 20 different countries that represent a range of disciplines. As such, it is a useful tome for a wide range of food researchers.
Technology: general issues --- entomophagy --- novel food --- neophobia --- disgust --- edible insects --- mealworm --- Tenebrio molitor --- insects --- sensory --- model system --- insect --- food --- avoid --- attitude --- psychology --- willingness to eat --- Alcalase --- insect powders --- Acheta domesticus --- Enterococcus --- antioxidant activity --- biodiversity --- bioresource --- culture --- edible insect --- defatted powder --- mealworm oil --- characteristics --- feed supplementation --- growth performance --- nutrient composition --- emotions --- sociolinguistics --- food choice --- mirror neurons --- steamed and freeze-dried mature silkworm larval powder --- alcoholic fatty liver --- ethanol --- lipogenesis --- fatty acid oxidation --- Sprague-Dawley rats --- protein hydrolysate --- enzymatic hydrolysis --- degree of hydrolysis --- techno-functional properties --- novel proteins --- consumer analysis --- DRSA --- Amino acids --- fatty acids --- minerals --- antioxidant --- antimicrobial --- supplement --- sustainable food --- food safety --- blood coagulation --- platelet aggregation --- haemolysis --- Teleogryllus emma --- food law --- Africa --- food hygiene --- food policy --- processing --- traditional knowledge --- food/feed safety --- nutrition --- yellow mealworm --- processed --- shelf life --- Antheraea assamensis --- Apis cerana indica --- honey --- Nagaland --- preparation --- Samia cynthia ricini --- Vespa mandarinia --- Vespula orbata --- silkworm --- thermal processing --- antioxidant activities --- silkworm powder --- alternative food resource --- wasp larva --- Vespa velutina nigrithorax --- insect edibility --- food shortage --- acceptance --- bio-active compounds --- nutrients
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