Specification

MSDS

TSE / BSE Statement

Retest Statement

• theophylline, pharmaceutical, water, aerosols, aerosol, substances, adenosine, respiratory drug, dosage form, sesquiterpene, derivatives, retinal, aminophylline, substrate, condensation, active, metabolite, molecular, lactone, solid, pharmaceutical compounds, sesquiterpene lactone, liquid, particles, derivative, extraction, pharmaceutical use, inhibitors, lactones, Show more, caffeine almitrine, methylxanthine, inhibition, condensation aerosols, solution, ionisation, oral dosage form, digoxin, molecular weight, extract, polymer, condensation aerosol, sesquiterpene lactones, diprophylline, bronchodilator, hydrophilic, substance, hydrophobic, hydrophobic polymer, vitamin, tanacetum, melting, metallic substrate, metabolic effect, nucleic acid, microcrystalline cellulose, alkaline solution, drug condensation aerosols, b-complex vitamins, nucleic acid probes, acid probes, non-polar solvent, solid phase, phase extraction, solid phase extraction, nitrogen atom, active compound, hydroxyl ions, oxygen atom, caffeine citrate, liquid chromatography, chemical ionisation, ion channel, bronchodilatory effect, trimethylsilyl ethers, cardiovascular effects, drug composition, electrospray ionisation, molecular biomarkers, low sodium, drug compound, chromatography–mass spectrometry, vitamin b2, aerosol particles, pressure chemical ionisation, prazosin hydrochloride, ion electrospray, adenosine antagonist, pharmaceutical preparations, hydrocarbon groups, electrophilic groups, chromatography/tandem mass spectrometry, fmo3 inhibitors, linear ion, liquid chromatography/tandem mass, orbitrap mass, mass spectrometry, liquid chromatography–mass, active agent, elimination half-life, oil extract, liquid chromatography–mass spectrometry, hydroxyl groups, hydrocarbon group, xanthine derivative, liquid chromatography/tandem, plasma samples, bronchodilator effect, terminal elimination half-life, gas chromatography–mass spectrometry, chromatography/tandem mass, gas chromatography–mass, microiontophoretic study, mass analysis, Show less