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Molecular theranostics: principles, challenges and controversies
Molecular theranostics offers a powerful tool to drive precision medicine in nuclear oncology. While theranostics is not a new principle in nuclear medicine, recent advances in instrumentation and radiopharmacy have driven a reinvigoration and a broader suite of applications.
Geoffrey Currie
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Micellar and Solubilization Properties of Biological Surfactant Surfactin
ABSTRACT We studied aqueous solutions of surfactin in the concentration range of 0.001–200 g/L using NMR diffusometry, tensometry and optical microscopy methods. According to tensometry data, the system forms monolayers of surfactant molecules at the water‐air phase boundary at C = 0.02 g/L.
Victor P. Arkhipov +3 more
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Dietary impact of agri‐food by‐products on the volatile composition of Tenebrio molitor larvae
Abstract BACKGROUND Incorporating Tenebrio molitor larvae as ingredients in common foods is a promising strategy to encourage their consumption. To achieve this, knowing their volatile profile and the factors that may modify the profile is essential. The effect of larval feeding over volatile composition remains under‐researched, for this reason; the ...
María Lourdes Morales +5 more
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Effect of Notch1 on Vocal Fold Re‐Epithelization After Acute Injury
Conditional deletion of Notch1 in Lrig1‐expressing vocal fold epithelial cells impaired re‐epithelialization following naphthalene injury, resulting in sustained basal cell proliferation, abnormal epithelial differentiation, and prolonged inflammatory cell infiltration.
Jie Cai +2 more
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Azulene–Naphthalene, Naphthalene–Naphthalene, and Azulene–Azulene Rearrangements
The Journal of Organic Chemistry, 2022The mechanism(s) of thermal rearrangement of azulenes have been enigmatic for several decades. Herein, we have employed density functional theory (DFT) calculations at the M06-2X/6-311+G(d,p) level together with single-point calculations at the CCSD(T) level to assess possible mechanisms of the experimentally observed azulene and naphthalene ...
M. Saeed Mirzaei +2 more
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Photooxygenation of Naphthalene
ChemPhotoChem, 2021AbstractThe photooxygenation of naphthalene to the corresponding endoperoxide (EPO) under various conditions is described. Substantial conversion is only observed at −10 °C and after more than two days, indicating that the [4+2] cycloaddition of singlet oxygen to this acene proceeds much more slowly than corresponding reactions of substituted ...
Werner Fudickar, Torsten Linker
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Substance Abuse, 2012
Inhalant abuse such as kerosene, petrol, gasoline, and typewriter correction fluid has been reported from India. Naphthalene or mothballs, a commonly used substance in households and freely available in the market is an uncommon form of inhalant abuse which may lead to severe medical complications.
Samir Kumar, Praharaj +1 more
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Inhalant abuse such as kerosene, petrol, gasoline, and typewriter correction fluid has been reported from India. Naphthalene or mothballs, a commonly used substance in households and freely available in the market is an uncommon form of inhalant abuse which may lead to severe medical complications.
Samir Kumar, Praharaj +1 more
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Naphthalene Amidine Imide Dyes by Transamination of Naphthalene Bisimides
Chemistry – A European Journal, 2006AbstractDerivatives of naphthalene‐1,4,5,8‐tetracarboxylic acid with amidine structures have been prepared. The light absorption of the bisimide derivatives in the UV region is shifted to the visible for the amidine imides, which also fluoresce with a large Stokes shift. It has been shown how the bisimide–lactam rearrangement can be extended to amidine
Heinz, Langhals, Harald, Jaschke
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2000
Abstract An antiseptic and anthelmintic, naphthalene also serves as a moth repellent and insecticide. Naphthalene is also used in the manufacture of dyes, synthetic resins, solvents, and motor fuels. Human poisoning may occur by skin absorption, inhalation, and ingestion. Symptoms and signs of toxicity include nausea,
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Abstract An antiseptic and anthelmintic, naphthalene also serves as a moth repellent and insecticide. Naphthalene is also used in the manufacture of dyes, synthetic resins, solvents, and motor fuels. Human poisoning may occur by skin absorption, inhalation, and ingestion. Symptoms and signs of toxicity include nausea,
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Metabolism of Naphthalene in Roosters
Xenobiotica, 19881. The metabolism of naphthalene in roosters was similar to that in rats. At least 45% of the dose was isolated from the urine as metabolites that could be formed from arene oxide precursors. 2. Urine was the major route for excretion (79%) of 14C-naphthalene from colostomized roosters. Roosters with cannulated bile ducts excreted about 24% of the dose
J E, Bakke, K L, Davison
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