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Papiers peints: Molecule of risperidone, an atypical antipsychotic. it is used

Papiers peints: Molecule of risperidone, an atypical antipsychotic. it is used

Informations

Papiers peints:

Molecule of risperidone, an atypical antipsychotic. It is used to treat delusional psychosis (including schizophrenia), bipolar disorder and irritability associated with autism. 3d illustration.

Auteur: ©

Maryna Olyak

Numéro de l'image:

#220269126

Autres sujets:

fond, coloré, bien-être, prévention, ordonnance, pharmacie, scientifique, recherche, la science

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Largeur:		max 662 cm Déplacez la partie en surbrillance du motif. Si un détail important manque dans le cadre sélectionné et que vous souhaitez l'inclure, veuillez indiquer cette information dans les commentaires de votre commande.
Hauteur:		max 441 cm
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Prix

19,32 EUR

prix minimum 19,32 EUR prix standard 35,13 EUR

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Similaire

Human adipocyte fatty acid binding protein in complex with a carboxylic acid ligand. Molecules on green background. Rendering based on protein data bank. Scientific background. 3d illustration

Molecular model of human insulin. Atoms are shown as spheres with conventional color coding: carbon (grey), oxygen (red), hydrogen (white), nitrogen (blue), sulfur (yellow). 3d illustration

Crystal structure of the intact human immunoglobulin b12. Ribbons diagram in very peri coloring. Rendering based on protein data bank. Scientific background. 3d illustration

Molecular model of aztreonam or azactam, an antibiotic used to treat infections caused by gram-negative bacteria. Scientific background. 3d illustration

Crystal structure of human salivary amylase, an important enzyme found in the oral cavity. Ribbons diagram in rainbow colors from N to C. 3d illustration

Molecular models of pantothenic acid or vitamin B5. Atoms are shown as spheres with color coding: oxygen (red), nitrogen (blue), hydrogen (white), carbon (gray). 3d illustration

Molecular structure of human somatostatin-14, an inhibitory peptide hormone produced in the hypothalamus that acts to inhibit release of insulin, glucagon and growth hormone. 3d illustration

Space-filling molecular model of human pepsin 3b, one of the enzymes that digest food proteins into peptides. Rendering based on protein data bank. Scientific background. 3d illustration

Structural chemical formula and molecular model of benzyl alcohol, aromatic alcohol that widely used as a solvent and an intermediate in pharmaceutical and perfume industries. 3d illustration

Molecular model of human glucokinase in complex with glucose and activator. Glucokinase is responsible for maintaining glucose homeostasis in the human body. 3d illustration

Molecular model of modaline, a potent monoamine oxidase inhibitor that showed therapeutic antidepressant activity and used in the treatment of depression. Scientific background. 3d illustration

Space-filling molecular model of human cathepsin G. Rendering based on protein data bank. Scientific background. 3d illustration

Crystal structure of human dipeptidyl peptidase-4, a serine protease, a member of the prolyl oligopeptidase family that has been implicated in several diseases. 3d illustration

Molecular model of interleukin-36 alpha isolated on white background. Rendering based on protein data bank entry 6hpi. Rainbow coloring from N to C. 3d illustration

Crystal structure and molecular model of fibroblast growth factor 4 isolated on white background. Rendering based on protein data bank entry 1ijt. Rainbow coloring from N to C. 3d illustration

Space-filling and ball-and-stick molecular models of human interleukin-6 or IL-6, pro-inflammatory cytokine and anti-inflammatory myokine. 3d illustration

Crystal structure of Cdc42Hs and Gdp complex. Ribbons diagram with differently colored protein chains based on protein data bank entry 1an0. Scientific background. 3d illustration

Crystal structure and space-filling molecular model of human dipeptidyl peptidase-4, a member of the prolyl oligopeptidase family that has been implicated in several diseases. 3d illustration

Crystal structure of human carbonic anhydrase in complex with bicarbonate. Ribbons diagram in secondary structure coloring based on protein data bank entry 2vvb. Scientific background. 3d illustration

Human carbonic anhydrase in complex with bicarbonate. Molecular models isolated on wtite background. Rendering based on protein data bank entry 2vvb. Rainbow coloring from N to C. 3d illustration

Myotoxin II from Bothrops moojeni co-crystallized with Varespladib. Crystal ctructure.. Rendering with differently colored protein chains based on protein data bank entry 6pwh. 3d illustration

Space-filling molecular model of human intelectin-1, also known as omentin, on very peri background. Rendering based on protein data bank. Scientific background. 3d illustration

Molecular model of human interleukin-37 on colorful background. Rendering based on protein data bank. Scientific background. 3d illustration

Human fatty acid synthase. Space-filling molecular model. Rainbow coloring from N to C. 3d illustration

Human fatty acid synthase. Molecular model. Rendering based on protein data bank entry 4piv. 3d illustration

Human beta-defensin-1. Ribbons diagram based on protein data bank. Rainbow coloring from N to C. 3d illustration

Human beta-defensin-1. Space-filling molecular model on gray background. Scientific background. 3d illustration

Human beta-defensin-1. Ribbons diagram with differently colored protein chains. 3d illustration

Molecular models of ceftriaxone and tazobactam, a combination of antibiotic medication . 3d illustration

Ceftriaxone. Structural chemical formula and space-filling molecular model. 3d illustration

Human bisphosphoglycerate mutase. Space-filling molecular model on colorful background. Rendering with differently colored protein chains based on protein data bank entry 3nfy. 3d illustration

Human estrogen-related receptor gamma ligand binding domain complex with bisphenol Z. Crystal structure and molecular models. Rendering based on protein data bank. Rainbow coloring from N to C. 3d

Influenza A virus H7N9 polymerase elongation complex. Ribbons diagram with differently colored protein chains based on protein data bank entry 7qtl. Scientific background. 3d illustration

Human adipocyte fatty acid binding protein in complex with a carboxylic acid. Ribbons diagram in secondary structure coloring based on protein data bank entry 1tow. 3d illustration

Recombinant human muscle fatty acid-binding protein. Space-filling molecular model. Rendering based on protein data bank entry 2hmb. Rainbow coloring from N to C. 3d illustration

Mitochondrial malonyltransferase. Space-filling molecular model on blue background. Rendering based on protein data bank entry 2c2n. Scientific background. 3d illustration

Human receptor-interacting protein kinase 1 (RIPK1) domain in complex with a novel inhibitor. Space-filling molecular model. Rendering based on protein data bank entry 7fd0. 3d illustration

Crystal structure of recombinant human calcyphosine, a novel EF-hand-containing protein. Rendering with differently colored protein chains based on protein data bank entry 3e3r. 3d illustration

Recombinant human calcyphosine, a novel EF-hand-containing protein. Molecular model. Rendering based on protein data bank entry 3e3r. Scientific background. 3d illustration

Nicotine, an alkaloid present in the nightshade family of plants. Space-filling molecular model on very peri background. Medical background. Scientific background. 3d illustration

Structure of P53 tumor suppressor. Molecular model on colorful background. Rendering based on protein data bank entry 1c26. 3d illustration

Crystal structure of typhoid toxin produced by bacterium Salmonella typhi. Rendering with differently colored protein chains based on protein data bank. 3d illustration

Molecular model of cholera toxin (or choleragen) on very peri background. Rendering based on protein data bank entry 1xtc. Scientific background. 3d illustration

BTB domain from promyelocytic leukemia zinc finger protein. Ribbons diagram in secondary structure coloring based on protein data bank entry 1buo. Scientific background. 3d illustration

Space-filling molecular model of fibroblast growth factor 20 dimer isolated on white background. Rendering with differently colored protein chains based on protein data bank. 3d illustration

Space-filling molecular model of human insulin, a pancreatic hormone that plays an essential role in regulation of blood glucose, lipid and carbohydrate metabolism. 3d illustration

Fibroblast growth factor 1 (FGF1) in complex with extracellular ligand binding of FGF1 receptor. Rendering with differently colored protein chains based on protein data bank. 3d illustration

Molecular model of azelnidipine, a dihydropyridine calcium channel antagonist used for the treatment of hypertension. Scientific background. 3d illustration

Molecular model of human interleukin-33 isolated on white background. Rendering based on protein data bank entry 2kll. Rainbow coloring from N to C. 3d illustration

Space-filling molecular model of interleukin-36 gamma, previously known as interleukin-1 family number 9, a protein that in humans encoded by the IL36G gene. 3d illustration

Crystal structure of the pro-inflammatory cytokine interleukin 36 alpha. Ribbons diagram in secondary structure coloring based on protein data bank. 3d illustration

Molecular model of interleukin-16 (IL-16) bound to the 14.1 antibody. IL-16 is a chemoattractant cytokine produced by peripheral mononuclear cells. Scientific background. 3d illustration

Space-filling molecular model of human interleukin-15 quaternary complex isolated on white background. Rendering with differently colored protein chains based on protein data bank. 3d

Molecular model of human erythropoietin, protein that stimulates the production of red blood cells. Rendering based on protein data bank. Rainbow coloring from N to C. 3d illustration

Molecular model of alpha-galactosidase, enzyme that associated with Fabry disease. Rendering with multi-colored protein chains based on protein data bank. 3d illustration

Structural chemical formula and space-filling molecular model of octocrylene or octocrilene, an organic ultraviolet (UV) filter used in sunscreens and anti-aging creams. 3d illustration

Crystal structure of human prostatic acid phosphatase, biomarker of prostate cancer. Ribbons diagram with differently colored protein chains. 3d illustration

Crystal structure and molecular model of binary complex between interferon alpha-2 (IFNA2), a protein produced by leukocytes, and interferon receptor IFNAR2. 3d illustration

Human beta-defensin-2. Molecular model on blue background. Rendering based on protein data bank entry 1fd3. Scientific background. 3d illustration

Piperacillin and tazobactam, a combination medication containing rhe antibiotic piperacillin and the beta-lactamase inhibitor tazobactam. Space-filling molecular models. 3d illustration

Human fatty acid synthase psi-ketoacyl reductase tri-domain. Ribbons diagram based on protein data bank entry 4piv. Rainbow coloring from N to C. 3d illustration

Piperacillin, a broad-spectrum antibiotic. Structural chemical formula and molecular model. 3d illustration

Human fatty acid synthase. Ribbons diagram in two projections based on protein data bank entry 4piv. 3d illustration

Human beta-defensin-2. Space-filling molecular model on gray background. Scientific background. 3d illustration

Structural chemical formula and space-filling molecular model of atorvastatin, a drug that used to treat high cholesterol in people with type 2 diabetes. 3d illustration

Structural chemical formula and space-filling molecular model of hesperidin, a bioactive flavonoid that possess antioxidant, anti-carcinogenic and other therapeutic properties. 3d illustration

Structural chemical formula and space-filling molecular model of luteolin, a yellow crystalline flavonoid widely present in fruits, vegetables and medicinal herbs. 3d illustration

Structural chemical formula and space-filling molecular model of carfentanil, a structural analogue of the popular synthetic opioid analgesic fentanyl. 3d illustration

Molecular structure of flavonoid luteolin. Atoms are represented as spheres with color coding: carbon (grey), oxygen (red), hydrogen (white). Scientific background. 3d illustration

Molecular model of carfentanil. Atoms are represented as spheres with color coding: carbon (grey), oxygen (red), nitrogen (blue), hydrogen (white). Scientific background. 3d illustration

Molecular model of carfentanil or carfentanyl, one of the most potent opioids, an analogue of the popular synthetic opioid analgesic fentanyl. Scientific background. 3d illustration

Human beta-defensin-1. Molecular model on purple background. Rendering based on protein data bank. 3d illustration

Human beta-defensin-1. Ribbons diagram in secondary structure coloring based on protein data bank. 3d illustration

Ceftriaxone, a cephalosporin antibiotic. Structural chemical formula and molecular model. 3d illustration

Human beta-defensin-1. Rendering with differently colored protein chains based on protein data bank. 3d illustration

Ceftriaxone and tazobactam. Space-filling molecular models. 3d illustration

Ceftriaxone, a cephalosporin antibiotic. Space-filling molecular model. Scientific background. 3d illustration

Structural chemical formula and molecular model of antibiotic tazobactam. 3d illustration

Human defensin-5 mutant crystal form 2. Molecular model isolated on white background. 3d illustration

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Matériaux

Papier peint vinyle

Le papier peint vinyle est imprimé sur un support résistant à la une surface lisse et mate.

La technologie HP Latex utilisée vous fera profiter de couleurs intenses au fil du temps.

✓ Résistant à la déformation et à l'étirement
✓ Perméable à la vapeur d'eau
✓ Facile à poser
✓ Encre HP Latex écologique

Largeur maximale des lés de papier peint : 95-105 cm. Pour les dimensions supérieures à la largeur du matériau, les impressions seront réalisées sur plusieurs lés égaux
Utilisation : murs lisses et plats
Collage: bord à bord. La colle ne s’applique que sur la surface de vos murs ce qui réduit le risque d'endommagement de votre papier peint et permet également de petites corrections afin d’ajuster la pose
Nettoyage : chiffon sec
Finition : semi-mate

Papier peint vinyle lavable

Le papier peint vinyle lavable est imprimé sur un support résistant à la une surface lisse et mate. Il est également stratifié ce qui le protège de l’humidité et autres facteurs extérieurs (éraflure, égratignure, exposition au soleil).

La technologie HP Latex utilisée vous fera profiter de couleurs intenses au fil du temps.

✓ Stratifié
✓ Résistant à l’humidité, aux éraflures, égratignures et à l’exposition au soleil
✓ Résistant à la déformation et à l'étirement
✓ Perméable à la vapeur d'eau
✓ Facile à poser
✓ Encre HP Latex écologique

Largeur maximale des lés de papier peint: 95-105 cm. Pour les dimensions supérieures à la largeur du matériau, les impressions seront réalisées sur plusieurs lés égaux
Utilisation : murs lisses et plats. Pièces avec une forte présence d’humidité (cuisine, salle de bains) ou celles dont les surfaces seraient susceptibles d’être éraflées (couloir, chambre d’enfant, hôtel, restaurant, salle de conférence, bâtiment public, école, maternelle, crèche)
Collage: bord à bord. La colle ne s’applique que sur la surface de vos murs ce qui réduit le risque d'endommagement de votre papier peint et permet également de petites corrections afin d’ajuster la pose
Nettoyage: chiffon humide
Finition: semi-mate

Papier peint vinyle expansé

Le papier peint vinyle est imprimé sur un support résistant à la structure « sable fin » ce qui intensifie le rendu de profondeur de l’impression. La technologie HP Latex utilisée vous fera profiter de couleurs intenses au fil du temps.

✓ Structure sable fin
✓ Résistant à la déformation et à l'étirement
✓ Perméable à la vapeur d'eau
✓ Facile à poser
✓ Encre HP Latex écologique

Largeur maximale des lés de papier peint: 100cm. Pour les dimensions supérieures à la largeur du matériau, les impressions seront réalisées sur plusieurs lés égaux
Utilisation : murs lisses et plats. Le papier peint photo conviendra aussi bien dans des intérieurs comme la maison mais aussi dans un restaurant, une l’école ou encore au travail dans les bureaux
Collage: bord à bord. La colle ne s’applique que sur la surface de vos murs ce qui réduit le risque d'endommagement de votre papier peint et permet également de petites corrections afin d’ajuster la pose
Nettoyage: chiffon sec
Finition: semi-mate, structure sable fin

Papier peint vinyle expansé lavable

Le papier peint vinyle est imprimé sur un support résistant à la structure «sable fin» ce qui intensifie le rendu de profondeur de l’impression. La technologie HP Latex utilisée vous fera profiter de couleurs intenses au fil du temps.

✓ Stratifié
✓ Structure sable fin
✓ Résistant à l’humidité, aux éraflures, égratignures et à l’exposition au soleil
✓ Résistant à la déformation et à l'étirement
✓ Perméable à la vapeur d'eau
✓ Facile à poser
✓ Encre HP Latex écologique

Largeur maximale des lés de papier peint: 100cm. Pour les dimensions supérieures à la largeur du matériau, les impressions seront réalisées sur plusieurs lés égaux
Utilisation : murs lisses et plats. Pièces avec une forte présence d’humidité (cuisine, salle de bains) ou celles dont les surfaces seraient susceptibles d’être éraflées (couloir, chambre d’enfant, hôtel, restaurant, salle de conférence, bâtiment public, école, maternelle, crèche)
Collage: bord à bord. La colle ne s’applique que sur la surface de vos murs ce qui réduit le risque d'endommagement de votre papier peint et permet également de petites corrections afin d’ajuster la pose
Nettoyage: chiffon humide
Finition: semi-mate, structure sable fin

Papier peint autocollant

Ce papier peint conviendra à différents types de pièces et de surfaces. Les papiers peints autocollants pourront décorer vos murs, vos armoires, vos vitres, vos meubles et autres surfaces lisses. La technologie HP Latex utilisée vous fera profiter de couleurs intenses au fil du temps.

✓ Pas besoin de colle
✓ Très facile à poser
✓ Résistant à la déformation et à l'étirement
✓ Perméable à la vapeur d'eau
✓ Encre HP Latex écologique

Largeur maximale des lés de papier peint: 133cm. Pour les dimensions supérieures à la largeur du matériau, les impressions seront réalisées sur plusieurs lés égaux
Utilisation : surfaces lisses, utilisation universelle
Collage: bord à bord
Nettoyage: chiffon humide
Finition: semi-mate

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Voir aussi