Download PDF by Richard Russo: A Healing Touch: True Stories of Life, Death, and Hospice

By Richard Russo

ISBN-10: 0892727519

ISBN-13: 9780892727513

Pulitzer Prize-winning author Richard Russo and 5 different Maine authors right here end up that the shut of lifestyles needn't be choked with darkness, while hospice assistance is to hand. those writers recount intensely own and profoundly relocating end-of-life bills that disguise a large spectrum of human event. All six authors are donating their royalties to a Maine hospice; Down East also will donate 10 percentage of proceeds to an identical reason.

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Choline in development 9: 56 Atteva fabricella 19: 225 Atyaephyra desmarestii 27: 77 Auchenorrhyncha saliva composition 9: 209, 216 glands 9: 225, 233, 234 pectinase 9: 213, 214 sperm 9: 365 Auditory interneurons 29: 194– 206 ascending 29: 201– 203 in grasshoppers 29: 205, 206 in the mole cricket 29: 203– 205 omega neuron 29: 197– 201 T-cell 29: 194– 197 Auditory mechanism, evolution 13: 338 Auditory neurons, information processing by 13: 296– 316 Auditory organs, Arthropoda 24: 30, 31, 33, 36 Auditory receptor organs in the tibia 29: 182–185 Aulacaspis tetalensis, feeding 9: 198, 199 Aulacophora fumolaris, lipid content 4: 74 Aulacophora, protocerebral neurosecretory cells 12: 83 Aulacorthum circumflexum, gamic females and anholocycly 3: 237 Aulacorthum solani, polymorphism polymorphic forms 3: 211 wing dimorphism 3: 254 Aulacorthum solani, saliva 9: 213, 249 Aulacorthum, resistance to parasites 11: 173 Aulacosternum nigrorubrum, metathoracic scent glands, morphology 14: 374 scent glands secretion components 14: 398 Auloserpusia, coloration 8: 151 Austracris 25: 159 Austracris guttulosa 25: 159 Austracris guttulosa, cuticular lipids, differential thermal analysis 15: 28 Australian locust (see Chortoicetes) Australian plague locust (Chortoicetes terminifera) 23: 6, 9 Austriocetes, coloration 8: 176 Autodesmosomes in flagellates 15: 82 Autographa californica 25: 3– 5 Autographa californica 26: 187 Automeris io, feeding starch as marker 5: 245 starch digestion 5: 277 water loss from faeces 5: 242 Automeris io, lipid content 4: 77 Automeris io, potassium regulation 3: 184 Automeris memusae, eclosure, behaviour switching and 15: 518 Automeris, eclosion, behavioural switching and 15: 519 Automeris, neurone 1: 431 Autoneurotoxin 23: 101 Autonomic ganglia avian, acetylcholine receptors 15: 276 mammalian, acetylcholine receptors 15: 276 Autonomic nervous system 2: 240– 242 Autonomous rhythmicity, individual cells 10: 92, 95 Autoradiographic localization, binding sites 15: 240 Autoradiography in lipid metabolism studies 4: 156 of Calpodes cuticle 4: 263– 265 of resilin lamellae 4: 234 Autoregulation in nenrosecretory cells 17: 261, 262 Autotanning 17: 51, 57, 58 Auximon 15: 552 Avena, cellulose reorientation 4: 266 Avermectins 22: 74 – 77 structure 22: 66 Avipenser transmontanus 27: 336 Axo-glial junctions smooth septate-like junctions 15: 155 tight junction-like appositions 15: 152– 155 Axon development 6: 102, 105, 116, 118 excitatory, and membrane potential 6: 232 regeneration 6: 125, 127 Axonal regrowth 21: 44, 46, 48 Axoneme, sperm 9: 336– 353, 374– 380 and motility 9: 374– 380 axonemal matrix 9: 352, 353 central sheath 9: 349 coarse fibres 9: 350– 352 CUMULATIVE SUBJECT INDEXES FOR VOLUMES 1 –29 links heads 9: 349, 350 microtubules 9: 338– 349 Axons acetylcholine activity 1: 24, 25 effect of extracellular system 1: 462, 463 giant 21: 38 pathways and neuronal growth 20: 110, 111 potassium current, allethrin modification 20: 180 properties of after-potentials 1: 203– 210, 231– 236, 240– 243, 463, 465, 466 effect of insecticides 1: 230– 244 ionic composition of haemolymph 1: 211– 219 ionic fluxes and metabolism 1: 219– 230, 457 membrane potential and electrical excitability 1: 179– 210 regeneration of motor 21: 73 relationships with glial cell sheaths 1: 464 structure and organization 1: 176– 179 Axons, growth from retina to lamina 14: 296– 298 Axons, septate junctions in 15: 63 Axotomy 21: 39, 54 secondary effects 21: 41 Azide, effect on blood clotting 11: 164 Azide, sodium, circadian response to 10: 26 Azinphosmethyl, circadian response to 10: 27, 28 b 1-4 linkage, of chitin 4: 215, 217 B chromosomes 23: 30 B vitamins in development 9: 58 b,b-dimethylacrylcholine, in defence phenomena of Lepidoptera 1: 9, 10, 32 Bacillus cereus 21: 109 thuringiensis 21: 92, 100, 124 Bacillus rossii, neurosecretory cells 2: 252 Bacillus rossius, sperm absence of mitochondria 9: 360 accessory flagellar bodies 9: 366, 368 acrosomal complex 9: 327 axoneme 9: 345, 346, 352 cell surface 9: 323 centriole region 9: 335 motility 9: 377, 368, 381 nucleus 9: 330, 331 47 Bacillus subtilis 26: 277 Bacillus subtilis, alkane biosynthesis 13: 18 Bacillus thuringiensis 19: 197, 220, 240; 25: 18; 26: 218, 257, 277 Bacillus thuringiensis var israelensis 19: 220, 221 Bacillus thuringiensis var kurstaki 19: 240– 242 Bacillus thuringiensis, endotoxin 24: 275– 277, 298, 299 classification of 24: 277, 278 insect gut 24: 282 Coleoptera 24: 284, 285 Diptera 24: 284 Lepidoptera 24: 282– 284, 283 mechanism of action 24: 285, 286, 286 activation 24: 287, 288 cell lysis 24: 291– 294 peritrophic membrane 24: 288 pore formation 24: 291 receptors 24: 288–290 solubility 24: 286, 287 models for the mechanism of pore formation 24: 294– 296, 295, 297 ‘penknife model’ 24: 296– 298, 297 umbrella model 24: 297, 298 structure Cry toxins 24: 279, 280, 280, 281 Cyt toxins 24: 280– 282 use of 24: 278, 279 Bacillus, protocerebral neurosecretory cells 12: 78 Baclofen, IC50 values 22: 25 (R)-Baclofen, structure 22: 6 Bacteria 19: 208 and haemocyte phenol metabolism 11: 191 Enterobacter 11: 191 Serratia 11: 191 macromolecular orientation 4: 214 microfibril diameter 4: 214 resistance to, role of haemocytes 11: 170– 172, 184– 187 Aerobacter cloacae 11: 172 Bacillus cereus 11: 185 Bacillus thuringiensis 11: 186 E.

Spiracular gills 5: 75, 77, 78, 90, 91, 93, 95, 96, 98 – 100, 102, 103, 105, 107, 108, 113, 114, 130– 133 Antocha vitripennis, spiracular gills 5: 76, 87, 88, 93 – 95, 99, 102, 103, 106, 109, 112, 114, 124, 132 Antp gene, Arthropoda 24: 78, 79 Antromysis juberthiei 27: 55, 77 Antrozous p. , lipid content 4: 78 Aphis, neurosecretory cells 12: 80, 103 Aphis, oxygen consumption in flight 3: 321 Aphis, woolly, saliva detoxicant function 9: 248 phytopathogenicity 9: 217 Aphodius, hardened protein in elytra 2: 202 Aphoidea, feeding 9: 192 Aphrodite, chitin chitin/protein complexes 1: 297, 300– 303, 307, 309, 310 structure of 1: 262, 270, 273, 274 Aphrodite, X-ray diffraction of chaetae 4: 275 Aphrophora alni, chitin orientation 4: 234 Aphrophora alni, salivary glands 9: 232 Aphrophora parallela, choline metabolism 9: 73 Aphrophora spumaria, ocellus 7: 102 Aphrosylus celtiber, spiracular gills 5: 109, 149– 151 Aphrosylus spp, spiracular gills 5: 75, 84, 100, 113, 148– 152 Apical borders, rectal pads, chloride transport 19: 356 Apical entry mechanism, chloride 19: 362 Apical mechanisms, sodium fluxes 19: 382 Apical membranes, locust rectum 19: 371 Apical membranes, rectal pads 19: 376 Apical tissue, sex determination 19: 34 Apidae differentiation of flight muscle 5: 220– 222 flight reflexes 5: 213, 215 Apidae, pterines 6: 149 Apis 19: 344; 25: 108, 110, 116, 131, 201; 26: 305, 325, 343 blood clotting 11: 157, 164 deutocerebrum, biogenic amine cell localization in 15: 342 differentiation centre 12: 131 embryogenesis 12: 133, 134, 176, 185– 187, 203 gene activity epidermal nuclei 11: 328 haemolymph protein 11: 344 larval fat body 11: 350 synthesis, adult proteins 11: 370 neurosecretory cells during life history 12: 97 CUMULATIVE SUBJECT INDEXES FOR VOLUMES 1 –29 protocerebral 12: 82 volume 12: 105 oocyte-nurse cell syncytium bridge distribution 11: 244 cell determination 11: 254 end of synchrony 11: 264 germinal vesicle function 11: 283 mitotic synchrony 11: 249, 250 protocerebral bridge, biogenic amine cell localization 15: 338 scalariform junctions, thin section appearance 15: 159 Apis andreniformis 25: 131, 133, 135 Apis armbrusteri 25: 133 Apis cerana 25: 127, 132– 134 Apis cerana, phylogenetic relationships 13: 111 Apis dorsata 25: 127, 132– 135 Apis dorsata, lipid content 4: 81 Apis dorsata, phylogenetic relationships 13: 111 Apis florea 25: 127, 128, 132, 135 Apis florea, phylogenetic relationships 13: 111 Apis koschevnikovi 25: 131– 133 Apis laboriosa 25: 134 Apis mellifera (see also Bees) cholinergic elements in 1: 6, 7, 9 diet 1: 355, 357 haemolymph 1: 213, 355, 357 neuromuscular junctions 1: 468, 469, 471, 472 Apis mellifera 19: 291, 292; 24: 45, 50, 51, 55, 56, 314; 25: 108, 109, 114, 115, 117, 120, 122, 124, 127– 129, 132, 133, 135–138, 158, 190, 200, 202, 210, 222, 316; 26: 327; 28: 119 abdominal scent glands 5: 187 absence of glutarate pathway 10: 133 antennae, sensilla on 16: 296, 297 antennal cuticle structure 4: 222, 229 biogenic amine inactivation in 15: 360 corpora pedunculata, biogenic amine distribution in 15: 332 cuticular parabolic lamellae 4: 226 diuretic and antidiuretic hormones and 29: 301, 305, 358– 360 dopamine in 29: 98 EAAT (apmEAAT) 29: 64, 67, 70 fanning 5: 187, 188 feeding rhythms 10: 9 41 flight differentiation of muscles 5: 219, 220 reflexes and direct muscles 5: 204 reflexes and flight initiation 5: 200 reflexes and indirect muscles 5: 202 reflexes and velocity control5: 206, 207 reflexes and vision 5: 199 reflexes and yaw control 5: 214 flight muscle and fatty acid oxidation 4: 125 and lipid hydrolysis 4: 111, 116 hexokinase activity 4: 302, 303 hive aeration 5: 187 lipid content 4: 81, 93 metabolic oscillator 4: 252 monosaccharide utilization 4: 303 mouthparts, sensilla on 16: 268 N-acetyltransferase in, biogenic amine inactivation and 15: 362 optic lobes, biogenic amine cell localization 15: 338 scent 4: 169 sugar in haemolymph 4: 294, 295, 298, 299 tritocerebrum, biogenic amine cell localization in 15: 344 unpaired median neurons in 28: 190 wax production 4: 156 Apis mellifera capensis 25: 130 Apis mellifera carnica 25: 130, 158 Apis mellifera carnica, melettin in 13: 106 Apis mellifera carnica, mushroom bodies, function 15: 336 Apis mellifera liguistica 25: 115, 120, 138 Apis mellifera mellifera 25: 126, 138 Apis mellifera see honey bee Apis mellifera, alkenes in 13: 2 fibrillar muscles 13: 203 flight fuel 13: 165 flight speed, metabolic rate and 13: 145 hyperglycaemic hormone 13: 101 isolation of visual pigments from 13: 39 metabolic rate, mass, wing-loading wingbeat frequency and 13: 140 methylalkanes in 13: 8 oxygen consumption during flight 13: 142 oxygen consumption, flight and 13: 136 phylogenetic relationships 13: 111 power output, control mechanisms 13: 153 pre-flight warm-up 13: 187, 188 42 CUMULATIVE SUBJECT INDEXES FOR VOLUMES 1–29 rhodopsin and metarhodopsin 13: 46 substrate-cycling 13: 195 wingbeat frequency temperature and 13: 139 Apis mellifera, basal lamina 14: 187 haemolymph, vitellogenin in 14: 60 surface dyads 14: 191 vitellogenin and vitellin in 14: 53 vitellogenin biosynthesis control, juvenile hormone and 14: 71 Apis mellifera, breathing in flight 3: 321 Apis mellifera, GABA receptors 22: 24 Apis mellifera, haemolymph 6: 216, 217 Apis mellifera, ocellus electrical response 7: 153 flicker fusion frequency 7: 166– 168 sensitivity 7: 165 Apis mellifera, resilin in cuticle 2: 14 Apis mellifica kynurenine-3-hydroxylase 10: 191 ommochromes 10: 158 Apis mellifica, choline metabolism acetyicholine 9: 66 lipids containing choline 9: 75, 77 oxidation 9: 89 requirements 9: 92 Apis mellifica, ocellus as stimulatory organ 7: 137, 138 units, thoracic ganglion 7: 178 Apis mellifica, pterines 6: 147, 155, 165, 173, 176 Apis, antenna 14: 301 rhabdomere arrangement 14: 285 vitellogenin biosynthesis, control 14: 72 genetic control 14: 86 Apis, fat body 1: 125 Apis, flight speed, metabolic rate and 13: 145 phylogenetic relationships 13: 111, 112 Apis, nervous system development 6: 100, 113, 118, 121, 120 Apis, ocellus dark adaptation 7: 169 development 7: 102 spectral sensitivity 7: 170 structure 7: 114 Apis, ommochromes 10: 144, 161 Apis, vision eye 3: 2 polarized light 3: 19 spacing of photoreceptors 3: 16 Aplysia 19: 7, 115, 369, 370; 24: 179; 28: 270 adenylate cyclase activity, octopamine and 15: 443 catecholamine synthesis in 15: 351 neuromuscular junctions, biogenic amines and 15: 390 neuromuscular transmission 5-HT and 15: 384 neurones, acetylcholine receptors 15: 272, 273, 275 Aplysia californica action of GABA 22: 67, 68 circadian-pacemaker structures 22: 280– 286 Aplysia californica, putative acetylcholine receptors, pharmacological profiles 15: 233 Aplysia, circadian rhythms in neurons 4: 262 Aplysia, visceral ganglion 3: 287, 288, 291, 296 Apodemes, chitin orientation 4: 220, 233 Apodiphus amygdali, abdominal scent glands, developmental fate 14: 369 scent gland functions 14: 362 Apoidea, caste development in 16: 169 Apoidea, flight reflexes 5: 204, 205, 210 Apolysis 14: 118; 26: 161 and tissue isolation in spiracular gills 5: 85 et seq.

Coli 11: 172 Gram-positive and Gramnegative 11: 172 Micrococcus lysodeikticus 11: 172 48 CUMULATIVE SUBJECT INDEXES FOR VOLUMES 1–29 Pseudomonas aeruginosa 11: 171 Shigella 11: 171 Staphylococcus 11: 187 Bacteria, alkenes in 13: 3 dimethylalkenes in 13: 4 Bacteria, and cyclic, AMP 9: 12 Bacterial infection 24: 162, 163 Bactericidal peptides 22: 332– 336 Baculoviridae 25: 15 classification 25: 4 Baculovirion 26: 218, 219, 278, 280, 281 Baculovirus 23: 54, 55; 24: 246, 249 Baculoviruses 25: 2 – 29 assessing safety of genetically modified insecticides 25: 20, 21 biological control of insect pests 25: 15 – 22 cell lines 25: 29 classification 25: 3 – 5 early gene expression 25: 9, 10 expression of foreign genes in insect expression vectors 25: 22 – 29 future experiments 25: 22 gene promoters 25: 11 – 13 genetic modification of insecticides 25: 16 – 19 host range 25: 2, 3 immediate-early (IE) genes 25: 9 insect cell lines 25: 28 insecticide improvement techniques 25: 19, 20 isolation 25: 2, 3 late genes 25: 10, 11 multiple expression vectors 25: 25 non-occluded 25: 4 past field release experiments 25: 21, 22 post-translational processing in insect cells 25: 27, 28 replication in vitro 25: 9 replication in vivo 25: 5, 6 selection of recombinant 25: 26, 27 structure 25: 3 – 5 transmission between hosts 25: 6 – 8 very late genes 25: 11 vs.

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A Healing Touch: True Stories of Life, Death, and Hospice by Richard Russo


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