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Articles by Annika E Huber
Enantiospecific Optical Sensing of Terpenes by an Aggregated Atropisomeric Platinum(II) Complex
Introduction While chemical sensing advanced to a sophisticated technology, the enantiospecific recognition and optoelectronic discrimination of enantiomers, characterized by their mirror image relationship, remains a formidable challenge.[1-6] This applies to many different volatile organic compounds (VOCs), where terpene hydrocarbons pose a specific obstacle due to the lack of heteroatom containing functional groups.
In situ foliar augmentation of multiple species for optical phenotyping and bioengineering using soft robotics
Abstract Precision agriculture aims to increase crop yield while reducing the use of harmful chemicals, such as pesticides and excess fertilizer, using minimal, tailored interventions. However, these strategies are limited by factors such as sensor quality, which typically relies on visual plant expression, and the manual, destructive nature of many nonvisual measurement methods, including the Scholander pressure bomb.
Photoinduced Energy Transfer via an Atropisomeric Molecular Bridge
Introduction The synthesis of structurally well-defined molecular structures with reduced conformational freedom is crucial to study photochemically relevant elementary reaction steps. Helical polyaromatics offer particularly favorable rigidity, chemical stability and shape1 to orient different photoactive groups within a molecular framework, allowing to study energy transfer pathways which are otherwise challenging to differentiate.
New approaches to dissect leaf hydraulics reveal large gradients in living tissues of tomato leaves
Introduction Leaves support critical biological functions and play a dominant role in mediating land–atmosphere exchanges of water, CO2, and energy (Fig. 1a). Leaves are also the terminus of the hydraulic path for transpiration from soil to the evaporative surfaces in the spongy mesophyll beneath the epidermis and stomata.
Localized measurements of water potential reveal large loss of conductance in living tissues of maize leaves
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