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Additional file 3: Figure S1. Features (unique genes), counts (total # of RNA molecules), and abundance of mitochondrial RNA identified in each cell nucleus of the (A) male and (B) female brain preparations from Aedes aegypti mosquitoes. Each brain preparation consisted of a pool of ~ 30 brains. Figure S2. tSNE plots showing co-expression of glial cell markers in the brain of Aedes aegypti. Glia expressing the common marker repo (AAEL027131) are depicted in red and those glia expressing the specific glia cell markers wun2 (AAEL007322), gemini (AAEL007800), ebony (AAEL005793), or hoepel1 (AAEL007979) are shown in green. Cell cluster numbers representing glia are indicated. Figure S3. tSNE plots showing Kenyon cell markers in the brain of Aedes aegypti. Kenyon cells co-expressing the two general markers eyeless (AAEL002321) and DopR2 (AAEL005834) are shown in red and green, respectively. Kenyon cells expressing the specific markers sNPF (AAEL019691), Fas2 (AAEL009173), and trio (AAEL019977) are shown in green. Cell cluster numbers representing Kenyon cells are indicated. Figure S4. tSNE plots showing olfactory projection neurons (PN) in the brain of Aedes aegypti. The PNs co-express the two general markers cut (AAEL019970; shown in red) and acj6 (AAEL005507; shown in green), whereas ventral (v) PNs also co-express the marker gene Lim 1 (AAEL019457; in green). Cell cluster numbers representing PN/vPN are indicated. Figure S5. tSNE plots showing Mi1 medulla and proximal medulla (Pm) neurons in the optic lobes of the brain of Aedes aegypti. Mi1 neurons co-express the marker genes bsh (AAEL007221; in red) and hth (AAEL011643; in green), whereas Pm neurons co-express hth (in red) and Lim 3 (AAEL007120; in green). Cell cluster numbers representing Mi1 and Pm neurons are indicated.

Supplemental material, sj-pdf-1-sel-10.1177_17585732221144007 for Can we accelerate rehabilitation following reverse shoulder arthroplasty? A systematic review by Nikolaos Platon Sachinis, Christos K Yiannakopoulos, Daniel P Berthold, Alexander Franz and Knut Beitzel in Shoulder & Elbow

Supplemental material, sj-pdf-1-sel-10.1177_17585732221144007 for Can we accelerate rehabilitation following reverse shoulder arthroplasty? A systematic review by Nikolaos Platon Sachinis, Christos K Yiannakopoulos, Daniel P Berthold, Alexander Franz and Knut Beitzel in Shoulder & Elbow

Arbeit an der Bibliothek noch nicht eingelangt - Daten nicht geprüft Abweichender Titel laut Übersetzung des Verfassers/der Verfasserin Karl-Franzens-Universität Graz, Diplomarbeit, 2018

Dauti et al._raw data. Description of data: Results showing MG and AMD in mesial and distal position for the digital and conventional group measured with the SEM and the optical microscope. Furthermore the results after additional experiments using the silicone replica technique are shown. (PDF 31Â kb)

BioJS is an open source software project that develops visualization tools for different types of biological data. Here we report on the factors that influenced the growth of the BioJS user and developer community, and outline our strategy for building on this growth. The lessons we have learned on BioJS may also be relevant to other open source software projects.

(1933). Die Psychoanalyse Des Kindes. By Melanie Klein. Vienna: Internationaler Psychoanalytischer Verlag, 1932. 324 p. The Psychoanalytic Quarterly: Vol. 2, No. 1, pp. 141-175.

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(1935). Quantitative Dream Studies: A Methodological Attempt at a Quantitative Evaluation of Psychoanalytic Material. The Psychoanalytic Quarterly: Vol. 4, No. 3, pp. 371-407.

Frustration and gratification are funcions of each other. Frustation has a useful role to play as part of the developmental process of adaptation. Only those frustations which leave no hope of solution and are therefore wholly destructive in effect can and should be eliminated.

Resume Dans ce bref expose qui sľstematise, complete ou corrige certaines suggestions eparses dans ľœuvre de Freud, le Dr Alexander formule les trois principes dľnamiques fondamentaux qui lui paraissent gouverner le comportement des etres vivants: I. Principe de Stabilite (Fechner, Freud, Claude Bernard et Cannon) visant au maintien de ľequilibre homeostatique de ľorganisme. Cet equi-libre est assure sur le plan Psychologique par ľego integrant les donnees des sensations externes et internes de facon a declencher les actes ?execution et ?adaptation souhaitables. II. Principe ?Economie et ?Inertie (Freud). Les actes ?adaptation au monde externe doivent etre appris par essais et erreurs. lis tendent ensuite a se repeter automatiquement au prix de la moindre depense ?energie. Ľavantage est evident en cas de conditions exterieures constantes. Si ces conditions viennent a changer, ľautomatisme perd son role adaptatif et se cristallise en fixations et regressions, generatrices de troubles nevrotiques. La plasticite souhaitable en pareils cas suppose ľintervention ?un troisieme principe. III. Principe de ľEnergie de Surplus. Quand ils ont parea tous leurs besoins, les etres vivants disposent ?un surplus ?energie qu'ils depensent librement sous forme ?experimentation ludique et de jeu. Le jeu sert aeprouver et a stabiliser les fonctions, dont il rend possible le deploiement utilitaire ulterieur. II donne au comportement sa plasticite et sa possibilitľe de faire face a des situations neuves. II procure ?autre part un plaisir eArotique qui est fondamentalement de meme nature que le plaisir liea la sexualite. En effet, dans la sexualite adulte, ľorganisme aftecte son surplus ?energie a la production ?un nouvel etre, distinct des geniteurs. Dautre part, les satisfactions erotiques dispersees de ľenfance viennent confluer et s'unir dans le plaisir de ľorgasme.