mcsoglea 6 perisarc, synthesis 6 role, 

 Hydroidea DIEHL 



moleculai. descriptive 6 biochemical 



SJoSTRAND 



morphogenetic agents, action on cell beha- 

 viour, Avcs^ WESTON 



movements, morphogenetic. Amphibia NAKAMURA 



— — , archenteron. Anura LoFBERG 



— — , blastoderm in vitro, Aves SEALE 



, early gastrula. Telcostei BRUMMETT 



. Echinoidca GUSTAFSON 



— — . endoderm 6 ventral mesoderm, 



Ucodela WILENS 



— — . heart anlage, Aves DeHAAN 



— — , role of cell surface properties, Aves 



COLLINS 

 , Teleostci BALLARD 



— — . time-lapse, microcinematography, 



Avcs SPRATT 



— — . ultrastructure. histochemistry, 



Anura BAKER 



parasitic forms, Trematoda JAMES 



Porifera SMOLKER 



postnatal, role of posture, Rodentia SCHUMACHER 

 potencies of somatic cells, Porifera NIKITIN 



relation with evolution. Diptera SONDHl 



— — protein synthesis, tracer studies, 

 Echinoidca GEZELIUS 



role of cell movements S mesoglea, 



Hydrozoa SHOSTAK 

 cellular deaths, Aves SAUNDERS 



— — individual cell types. Hydroidea DIEHL 

 tisuc growth, Anura. Aves WURMBACH 



MORPHOGENETIC FIELDS 



see Embryology (experimental) 



MORTALITY (embryonic, fetal) 



see Pathology 



MORULA 



see Cleavage 



MOSAICISM (genetical) 



see Genetics 



MOTILITY 



see Behaviour: Cell(s)-movement; Tissue culture 



MOTOR END PLATES 



see Nerve(s) 



MOULT (ING) 



biochemistry, Crustacea NUMANOI 



Collembola JUBERTHIE 



cycle, ultrastructural study, Lepidoptera LOCKE 



embryonic mechanism, Dictyoptera BULLIeRE 



endocrinology, Anura HANKli 



-, Cladocera ZAFFAGNINl 



Insecta POHLEY 



MOUTH 



see also Pharynx 



organs, development, teratology. Homo KLEISS 



palate, closure, mechanism & factors, 



Rodentia FRASER 



— . normal & cleft, role of sulfated 



mucopolysaccharides, tracer study, 



Rodentia COLEMAN 



— , — — , uptake of tritiated thymidine, 



Rodentia COLEMAN 



— . secondary. Homo. Rodentia HARRIS 



— . shelves, descriptive & experimental study. 



Rodentia WILDE 



stylet, maxillary, fine structure, histo- 

 chemistry. Heteroptera PINET 

 styligenic organ, cell potencies according 



to site. Heteroptera PINET 



tongue, development, teratology. Homo KLEISS 



— . muscudature. Aves HAMMOND 



MUCOPOLYSACCHARIDES 



see Carbohydrate(s) 



MULLERIAN DUCT 



regression, organ culture. Aves LUTZ 



MUSCLE(S) 



Jactin 6 myosin synthesis in somite. Aves ALLEN 

 ^"^ OKAZAKI 



breakdown in metamorphosis, neurology, 

 biochemistry, Lepidoptera LOCKSHIN 



cells, dissociated myocardium MUlR 



cells in vitro, tat metabolism, Avcs CHINOY 



chemistry LOVE 



complexus, effect of hypophysectomy. 



Aves WATTERSON 



cytochimeric, from disaggregated embryonic 



cells, different tissues 6 classes. Aves 



Rodentia MASLOW 



cytodifferentiation. clonal cell culture. 



Avcs KONIGSBERG 



— . role of products of fibroblast 



biosynthesis. Aves KONIGSBERG 



cytological changes after injury. Urodela DECK 

 cytology. Verfcfcrafa HOLTFRETER 



differentiation, biochemistry. Amphibia, 



Aves HAYASHI 



HIRABAYASHI 



— . in relation to motor-end plate, Aves DESSOUKY 



— in vitro, electron microscopy. Aves SHIMADA 

 effect of paralysis 6 amniotic pressure, 



Aves SULLIVAN 



electron microscopy. Aves DESSOUKY 



electrophysiology. Rodentia, Urodela GARGOUiL 



PAGER 



flight, mitochondria, biochemistry, electron 



microscopy. Hymenoptera HEROLD 



— . morphology 6 enzymology. Hymenoptera 



BROSEMER 

 head. Ophidia SMIT 



histochemistry, Anura, Rodentia MESSAGE 



histogenesis WIRSeN 



informational macromolecules. Echinodermata. 



Vertebrata WILDE 



intervertebral. Aves PINOT 



in vitro, influence of electrophoretic fractions 



of specific anlagen S cells. Urodela WILDE 



lacertus fibrosus. Homo. Mammalia CANDIOLLO 

 Mammalia OKAZAKI 



metamorphosis. Amphibia NAKAMURA 



microchemical analysis, Aves, Rodentia REAMS 



myoblasts, differentiation & movement. 



Cestodes OGREN 



— in vitro, Aves FUJISAWA 

 — , origin of contractility DAVID 

 myofilament formation, electron microscopy, 



tissue culture, immunology, tracer studies. 



fractionation. Aves FISCHMAN 



myogenesis, Aves MARUYAMA 



OBINATA 



— . Hymenoptera, Orthoptera MARUYAMA 



— in vitro, mitosis, origin of 



multinucleanty, Aves, Rodentia PUZA 



— — — . RNA autoradiography. Aves 



Rodentia GAYER 



— — — , time-lapse cinematography, 



Aves. Rodentia GAYER 



myotube formation in vitro. Aves KYoNO 



nucleic acid synthesis, Aves MARCHOK 



pectoral. Chiroptera. Insectivora STERBA 



prenatal development. Homo CIHaK 



regeneration, stimulation by minced 



autografts. Anura, Rodentia CARLSON 



RNA polymerase, Aves MARCHOK 



sarcomere organization, ultrastructure. 



Artiodactyla. Aves ALLEN 



skeletal, cytochemistry, ultrastructure, 



Mammalia PADYKULA 



— , differentiation, role of DNA synthesis 



5 cell division, Aves STOCKDALE 



— , regeneration, quantitative study & 



electron microscopy, Lagomorpha. Rodentia 



REZNIK 

 striated, cytogenesis, tracer studies. 



Rodentia TOTO 



— , differentiation, causal biochemistry, 



Urodela WILDE 



— , electron microscopy, Aves. 



Gastropoda, Orthoptera. Teleostei TAHMISIAN 

 — . oesophagus, Homo JIT 



structure. Homo, Rodentia PUZANOVa 



tongue, Aves HAMMOND 



trophic influence of motor neurons. Aves 



DRACHMAN 

 wing, electron microscopy, Hemiptera ACTON 



MUTAGENIC AGENTS 



effect on karyotype, Aves. Rodentia SRB 



MUTANT(S) 



see also Gene(s): Phenocopies 



,, abortive" tail, Rodentia McNUTT 



affecting endocrine & reproductive physiology, 



Diptera DOANE 



239 



