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nanotechnology and abstract graphene structures
Antibiotic resistance testing. Selective focus show the inhibition zone of Ofloxacin (OXF) antibiotic on microbial colony.
Midsection of young male biochemist using pipette over multi well plate at laboratory
Microscopic Rotifer or Rotifera under a microscope, freshwater bentic organism filtering water.
Freshwater Closterium algae (unicellular charophyte green algae) - optical microscope x200 magnification
Photomicrograph of two rotifers. Rapidly rotating cilia at top of heads, internal organs visible. Live specimen. Wet mount, 10X objective, transmitted brightfield illumination.
Close-up shot of a petri dish for checking an antibiotic in the laboratory.
Calcidiol molecule, also called calcifediol, major circulating metabolite of vitamin D3 produced in liver, 3D illustration
Laboratory personnel testing blood
Scientist hand with blue gloves holding a 96-well plate with the results of a scientific test
Eggs of helminth and Finding parasites in feces, analyze by microscope in laboratory.
Patient personal health care research centre, a specialist biochemist in a London facility
centropyxis aculeata (amoeboid organism) under the microscope - optical microscope x400 magnification
Photos taken in the biotechnology laboratory focused on addressing global challenges of biosustainability, including sustainable production of food and feed, but also biochemicals and materials.
Algal research, energy and healthcare treatment biotechnology, photobioreactor in medical science laboratory, algae fuel biofuel industry, coronavirus covid-19 vaccine, sustainable eco living
researchers lab work
Antibiotic susceptibility testing,  antibiotic resistance.
Mobile Network Data Technology, Global Communication, Speed
Egg of intestinal fluke in human stool, analyze by microscope, original magnification 400x
fungal culture on PDA media, this culture is usually carried out in the laboratory, the fungus is propagated and identified and used for research
abstract 3d climate concept background
Close-up shot of a petri dish for checking an antibiotic in the laboratory.
Algaes under microscopic view
Three syringes are pictured on a sterile metal tray, which is held in the hands of someone wearing a lab coat and gloves. In the background are lab and research materials.
Doctor's or scientist's hand holding a microbiological culture Petri dish with different species of bacteria
SEO Analysis Visual
3d render. Word Eco isolated on white background.
Photomicrograph of rotifer, probably Rotaria rotatoria. Rapidly rotating cilia at top of head, internal organs visible. Green circles are algae. Live specimen. Original image at 40X, wet mount, transmitted brightfield illumination. Indistinct image due to motion blur of live specimen and very shallow depth of field of brightfield illumination.
Culture of Penicillium spp. fungus on Sabouraud Dextrose Agar (SDA). Malt Extract Agar media in Petri dish use for cultivate yeast, black molds and fungi clinical test.
Free Images: "bestof:Nargenicin.png en Proposed biosynthesis of nargenicin Own B1flores 2009-05-31 Organic syntheses Nargenicin"
Totarol scheme 2.svg
Beta-Carbolines.from.Tryptophan.Synthesis.svg
Biosynthesis of teleocidins.svg
Furansynthesis.svg
Glutaraldehyde synthesis.svg
Maltol synthesis.svg
Synthesis Indophenol.svg
DCC3.svg
Synthesis CL20.svg
Methacrylic acid synthesis.svg
Methacrylic acid synthesis2.svg
Koffeinsynthese2V2.svg
DCC4.svg
(Z)-9-tricosene biosynthesis.svg
Danishefsky's diene preparation.svg
Synthesis rosenoxide.svg
Cyclohexensynthese2.svg
Synthesis hexogen.svg
Linalool from beta-pinene.svg
Linalool from alpha-pinene.svg
Synthesis PTAD.svg
Synthesis Niacin I.svg
Quadratsäure Darstellung.svg
Synthesis Iodobenzene.svg
Paal-Knorr synthesis.svg
Synthesis vanillin 3.svg
Uranocene synthesis.svg
Synthesis vanillin 2.svg
Acidic-ether-synthesis.svg
Preparation of m-trifluoromethylbenzenesulfonyl chloride.svg
Synthesis of thymol.svg
Amphetamine Synthesis V.1.svg
Trifluoromethanesulfonyl azide reaction02.svg
N-Methyl N-nitrosourea synthesis 01.svg
Alcohols - 8 (mesylation-halogenation).svg
Phenolphthalein Synthesis.svg
2,2'-Dipyridyldisulfide Reaction.svg
Nargenicin.png
Nargenicin3.gif
Nargenicin last.png
Nargenicin.gif
Module nargenicin.png
Nargenicin structure.png
Totarol scheme 1.tif
Biosynthesis of torreyanic acid - 2.png
Tubo-synthesis1.gif
Platensimycin biosynthesis.png
LawessonReagentSynthesis.png
Santonin biosynth revised again.png
Brevisamide.png
Ovalcin.png
UmpolungExample.png
UmpolungExample02.png
UmpolungExample05.png
UmpolungExample06.png
DesymDiacetate.png
CHBondActivationMech.png
Hydroxymutilin.png
UmpolungExample03.png
UmpolungExample04.png
AcetoaceticEsterSynthesis.png
Alkynestopirrol.png
Alkynestooxazole.png
1,2-difenossietano sintesi 1.png
Pyrethrinfigure1.gif
ChiraphosSyn.png
PhenolphthaleinSynthesis.png
Pyrethrinfigure2.gif
Cycloalkylcarboxylic acid mechanism (zh).png
Medrumacid-application1.png
Isocyanaat.jpg
PalladiumSynthesis.png
DMAsSugarGlycerol Synthesis.jpg
CreatineSynthesis.png
Diallyldisulfid formation.png
Esmolol synthesis 1.PNG
Polylactide synthesis v.1.png
Plasma Polymer Ethylene Film.png
Formationoxo.png
PaladiumSynthesis.png
CoumaricAcidSynthesis.png
Benzotriazol synthesis.png
Ambazone synthesis 01.PNG
Clavosolide.png
Abramovitch-Shapiro tryptamine synthesis.png
Phenylacetone via phenyl-2-nitropropene.png
Enterolactone scheme.png
Baeyer Indigo Synthesis (Detailed).gif
VX TransesterProcess.png
3,6-Diphenyl-1,2,4,5-tetrazine zh.png
Aurin synthesis 01.png
Sulfolane synthesis.png
Preussin synthesis key step.gif
Amidation-mechanism.png
Synthesis of norfluorocurarine.gif
Parikh-Doering's strategic application on cortistatin.png
Tilidine synthesis.PNG
Alcohols - 1.png
Meldrum's acid synthesis.png
Pyranprep.png
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