technologies is described in manuscript. The charge transport properties of materials are
critical to optimize organic electronic devices. The importance of charge transport layers
in the development of inverted bulk heterojunction polymer solar cells is the focus of and
the intrinsic bulk electron-phonon interaction and the behavior of mobility in the coherent
regime of many systems, such as naphthalene, rubrene, and pentacene, is the focus of.
Properties of materials that can be used organic semiconductors are reported in
references. An overview of OFET-based biosensors, pressure sensors and e-
nose/vapour sensors is presented in. The charge transport properties of dinaphtho2,3-
b:2',3'-fthieno3,2-bthiophene single crystals in OFET is studied and its nonmonotonic
pressure response is demonstrated. The review “Emerging Transparent Conducting
Electrodes for Organic Light Emitting Diodes” focuses on the emerging alternative
transparent conducting electrodes materials for OLED applications, including carbon
nanotubes, metallic nanowires, conductive polymers, and graphene . Improvement in the
lifetime of organic photovoltaic cells by using MoO3 in conjunction with tris-(8-
hydroxyquinoline) aluminum as a cathode buffer layer is analysed. The concept of

bandgap science of organic semiconductor films for use in photovoltaic cells, charge
control by doping and design of the built-in potential based on precisely-evaluated
doping parameters is summarized in the manuscript. The use of electron and hole
transport layers in the inverted bulk heterojunction polymer solar cells is the goal of the
article. Bio-electronic devices can be used for developing OLEDs, OFETs and organic
solar cells and such components have many advantages especially the biodegradable
property.
3. Future
New applications are likely to be in areas of biomedicine, lab-on-a-chip biomedical
application, optics, OFETs, OLEDs, displays, information technology, smartcards/RFID
tags, and sensors for environmental monitoring. The organic electronic devices will be
very promising in niche applications, especially due to the cheap manufacturing cost,
flexibility, and ease to integrate with other systems. OFETs prove to be important in
applications ranging from sophisticated medical diagnostics to “smart” clothes that can
display changing images. OFET-based sensors have many advantages over other types
of sensors, such as signal amplification, high sensitivity, ease of fabrication, and
miniaturization for multisensory arrays. Organic semiconductors can interact with
different chemicals and it is possible to convert the chemical information to electronic
information, creating an “electronic nose”.

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