Tailoring chemoenzymatic oxidation via in situ peracids

In-Situ Chemical Oxidation

III. TECHNOLOGY DESCRIPTION AND TECHNOLOGY SELECTION FACTORS III.A. Bench-Scale Studies III.A.1. Objectives III.A.2. General Guidelines III.A.3. Oxidant Demand III.B. Pilot-Scale Studies III.B.1. Objectives III.B.2. General Guidelines III.C. Technology Applicability III.C.1. Location of Oxidant Application III.C.2. Contaminant Characteristics III.C.3. Subsurface Characteristics III.D. Site Requ...

Chemoenzymatic Fc Glycosylation via Engineered Aldehyde Tags

Glycoproteins with chemically defined glycosylation sites and structures are important biopharmaceutical targets and critical tools for glycobiology. One approach toward constructing such molecules involves chemical glycosylation of aldehyde-tagged proteins. Here, we report the installation of a genetically encoded aldehyde tag at the internal glycosylation site of the crystallizable fragment (...

Fabrication of Ti3SiC‌‌2-SiC max phase composites via in-situ and ex-situ synthesis

Recently, a series of three-component compounds with the combination of Mn+1AXn known as Max phases have been considered as a new material. One of the most important features of Max phases, is the self-healing property of them. The main reason for considering Max Phases is a unique collection of unusual properties including their metallic, ceramic, physical, and mechanical properties. One of th...

In situ tailoring and manipulation of carbon nanotubes.

Multiwalled carbon nanotubes (MWNTs), with their excellent properties, have long been considered as a model material for realizing the potential of nanotechnology. Several techniques have been developed to tailor and manipulate MWNTs, and they have shown promise in the construction of nanobalances, nanosensors, SPM probes, nanoelectronics, fuel cells, and so on. In order to achieve their full c...

Improved Understanding of In Situ Chemical Oxidation: Contaminant Oxidation Kinetics