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Asparagine is one of the 20 most-common natural amino acids on Earth. It has carboxamide as the side-chain's functional group
Life-threatening infections are on the rise due to drug-resistant bacteria. Carbapenemase-producing organisms (CPO) are bacteria that have become resistant to a group of antibiotics known as carbapenems. CPO are emerging pathogens world wide.
Carbamide in chemical watch Glass place next to crystal clear liquid in beaker and flat bottom flask, with the complex laitmotif of a chemical compound structure.
Model commonly used in education.
D-aspartic acid (D-aspartate) amino acid molecule. 3D rendering. Atoms are represented as spheres with conventional color coding.
A model of a molecule of Asparagine, an amino acid. Amino acids are the building blocks of proteins and have many functions in metabolism.
3d rendering of lactic acid molecules and milk. Milk contains some of the highest levels of lactic acid, with condensed milk and evaporated milk having higher levels.
Hormone Oxytocin biochemical concept background
The World Health Organization’s International Agency for Research on Cancer analyzed the potential carcinogenic effects of the sweetener.
In vitro bacterial culture
Structural model of glycine molecule on white background, 3d illustration
Serratia Marcescens is a rare Nosocomial Pathogen.\nThis bacterium is a gram-negative bacillus  found in soil and water. it produces a red pigment at room temperature. It can cause urinary and respiratory infections, endocarditis, osteomyelitis, septicemia, wound infections, eye infections, and meningitis.
Amino acid. Aspartic acid structural formula. Infographics illustration. Lines and dots connected background. 3D rendering
Close-up shot of a petri dish for checking an antibiotic in the laboratory.
Disulfiram is a drug used to support the treatment of chronic alcoholism by producing an acute sensitivity to ethanol. 3d illustration
A model of a molecule of arginine, an amino acid. Amino acids are the building blocks of proteins and have many functions in metabolism. In particular, Arginine has an important function in the immune system, wound healing and cell division.
Closeup chemical ingredient on white laboratory table. Di-Ammonium Prosphate in chemical watch glass with molecular structure. Side View
Chemical formula of the vitamin B
D-serine amino acid molecule. Enantiomer of L-serine. 3D rendering. Atoms are represented as spheres with conventional color coding.
Streptococcus pneumoniae causes acute bacterial infections. Streptococcus pneumonia can be\ndifferentiated from other alpha-hemolytic streptococci\nbased on its susceptibility to optochin ( the disk is visible on the pic).
Sodium benzoate. E211. Development of cosmetics in the laboratory. Use of sodium benzoate in the laboratory. Laboratory assistant mixes chemicals. Process of cosmetics production. Working with sodium
Chemical Formulas Medical Experiment
Maltose or maltobiose or malt sugar is a disaccharide formed from two units of glucose joined with an alpha bond. 3d illustration
A ball and stick model of Ethyl Eicosapentaenoic Acid or E-EPA. It is an omega-3 polyunsaturated fatty acid.
Nylon molecule is a condensation polymer made of repeating units with amide linkages between them: hence it is frequently referred to as a polyamide 3d rendering
A molecule of sucrose, showing thermal ellipsoids.
Colonies of pathogenic bacteria in a Petri dish, microbiological studies
Double zones can be seen around 3 antibiotic disks. This is a clear sign of more than one bacterium being present. To measure antibiotic susceptibility for each bacterium it will be necessary to isolate E. coli and Klebsiella on separate agar plates.
Darinaparsin is a drug for the treatment of various types of cancer. It is an arsenic-containing derivative of glutathione.
Amino Acid Lysine
Free Images: "bestof:Erwinaze reaction.png en Hydrolysis of Asparagine to Aspartic acid own Riggs2 2011-12-02 Enzyme reactions Cc-zero"
Mecanism of action for Lysozyme.svg
Synthesis of carbamoyl aspartic acid.svg
Ethen vinyl acetate copolymer.svg
Glutamate dehydrogenase reaction.svg
Ether-cleavage-sn1.svg
Ether-cleavage-sn2.svg
Aspartate transaminase reaction.svg
Barium hydroxide-catalyzed methylsuccinic acid preparation.svg
Lactase2.svg
Murexide reaction.svg
BCIP reaction.svg
DHFR rxn.svg
Amide hydrolysis.svg
Nitril Hydrolysis V.1.svg
Amide Hydrolysis V.1.svg
Rhodanase2 V.1.svg
Transaminierung.svg
Weiss 1,2Aldol V.2.svg
Opianic acid demethylation.svg
Tischenko Reaction V.1.svg
Tischenko Reaction V.2.svg
Bromination Reaction V.1.svg
D-LDH reaction.svg
Barium hydroxide-catalyzed 2-carboxy-1,3-dihydroxynaphthalene preparation.svg
Luciferin bacterial reaction.svg
Photo-Fries Reaction V.1.svg
Spaac mech.svg
Aldol control 1.svg
Reaction Tyrosinase.svg
Alpha oxidation part I.svg
Alpha oxidation part III.svg
Alpha oxidation part II.svg
Alpha oxidation part IV.svg
Alpha oxidation part V.svg
Hexanitroethane reactions02a.svg
Diphenic Acid Synthesis V.1.svg
PPDK reaction.svg
Dimerisierung von Phenol.svg
Mechanismus der SN2- Reaktion V.3.svg
SPAAC Reaction.svg
Gustavson-Reaktion V1-Seite001.svg
Freund-Reaktion mechanismV3-Seite001.svg
Eglinton reaction Ü3-Seite001.svg
Degradation of uric acid.svg
Rearrangement general scheme.svg
Phenolate-cyanogenhalide-diphenylcarbonimidate.svg
Gomberg-Bachmann-Reaktion Ü2-Seite001.svg
Gomberg Bachmann reaction mechn-Seite001.svg
Freund-Reaktion Ü1-Seite001.svg
Gustavson Reaktion mechanism V1-Seite001.svg
Haller-Bauer reaction Ü1-Seite001.svg
Haller-Bauer reaction mechanism V2-Seite001.svg
Eglinton reaction mechanism V6-Seite001.svg
Millon Reaction Principle V.1.svg
Evans aldol 7.svg
Weiss reaction with cyclic dicarbonyl compound 3-Seite001.svg
Hexanitroethane reactions01.svg
Gomberg Bachmann reaction mechn-Seite002.svg
Weiss reaction, Aldol addition-Seite001.svg
Weiss reaction mechanism, Michael addition-Seite001.svg
Von Richter reaction history 02.svg
Haller-Bauer reaction Ü2.svg
Strecker's amino acid synthesis mechanism part 1.svg
Strecker's amino acid synthesis mechanism part 2.svg
Haller-Bauer reaction Ü2-Seite001.svg
P450cycle.svg
Reduction of lipid radical by α-Tocopherol.svg
Strecker application.svg
D-Aspartic acid.svg
Acylphosphate rxn.svg
Mesitoic acid AAC1 reaction.svg
Kyselina asparagova.svg
RuBisCO reaction.svg
Bedoukian reaction.svg
Takai1.svg
Knoevenagel reaction mechanism 1.svg
Knoevenagel reaction mechanism 2.svg
Knoevenagel reaction mechanism 3.svg
Nitrone hydrolysis.svg
ML reaction title.svg
Jensen reaktion.svg
Polyketid1.svg
Ninhydrin reaction.svg
Acetic Acid Dissoziation.svg
Lactose hydrolysis.svg
Reaction Malonestersynthesis V1.svg
Aspartic-acid for highschool.svg
Nozaki-Hiyama-Kishi.svg
Barbituric acid, acid reaction.svg
Diacylperoxide Reaction V.1.svg
Pfitzinger Reaction V.1.svg
Diacylperoxide Reaction V.3.svg
Dibenzoylperoxide Reaction V.1.svg
Nef Reaction V.3.0.svg
Hydrolysis Solvent Yellow 124.svg
35dinitrosalicylic acid reduction.svg
Addition reaction to ethene.svg
Acetanilide syntheses.svg
Diacylperoxide Reaction V.2.svg
Nef-Reaktionsmechanismus V.4.0.svg
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