Redox homeostasis is one of the main reasons for reactive oxygen species (ROS) tolerance
in hypoxic tumors, limiting ROS‐mediated tumor therapy. Proposed herein is a redox …

While viologen derivatives have long been known for electrochromism and photochromism,
here we demonstrated that a viologen-carboxylate zwitterionic molecule in the crystalline …

Chemodynamic therapy (CDT) by introducing the Fenton‐/Fenton‐like reaction in an acidic
and H 2 O 2 environment for toxic hydroxyl radical (•OH) generation, is a newly developed …

An electron-deficient and potentially chromic ligand has been utilized to impart redox activity,
photo- and hydrochromism, and solvotomagnetism to metal–organic frameworks (MOFs). A …

Identifying fault categories, especially for compound faults, is a challenging task in mechanical
fault diagnosis. For this task, this paper proposes a novel intelligent method based on dual…

The development of selective sensing materials for amine detection has received
considerable attentions because amines have high toxicity and exist widely. In this article, we …

A 3D metal–organic framework (LVMOF-1) with unique electron-deficient channels was
synthesized and its sensing properties for electron-rich benzene derivatives were demonstrated. …

Although reactive oxygen species (ROS)‐mediated tumor treatments are predominant in
clinical applications, ROS‐induced protective autophagy promotes cell survival, especially in …

The solvothermal reaction of Mn(ClO 4 ) 2 , NaN 3 , and a rigid viologen-tethered tetracarboxylic
acid (1,1′-bis(3,5-dicarboxyphenyl)-4,4′-bipyridinium chloride, [H 4 L]Cl 2 ) led to a …

Metal–organic frameworks (MOFs) provide intriguing platforms for the design of responsive
materials. It is challenging to mobilize as many components as possible of a MOF to …