Global Market for nanotechnology in coating and adhesives

Nanotechnology in Coatings and Adhesive Applications: Global Markets
 
 The global market value for nanotechnology in coatings and adhesives is an estimated .7 billion in 2010, but is expected to increase to nearly .2 billion in 2015, for a 5-year compound annual growth rate (CAGR) of 39.3%. The largest segment of the market, nanocoatings, is expected to increase at a 5-year CAGR of 39.5%, from .4 billion in 2010 to nearly billion in 2015. ( http://www.bharatbook.com/detail.asp?id=145016&rt=Nanotechnology-in-Coatings-and-Adhesive-Applications-Global-Markets.html )
 
 The other segment, nanoadhesives, is expected to reach a value of .2 billion in 2015. The market in 2010 is estimated at 7 million. Thus, the 5-year CAGR is projected to be 36.4%.
 
 Robust potential markets for nanocoatings and nanoadhesive products exist worldwide for a myriad of applications spanning medical and healthcare, electronics, energy, transportation, construction, packaging, forestry, textile, and homeland security sectors. This report will serve to elucidate the latest developments in these fascinating areas, survey a range of products that are already affecting specific market sectors, and explore how these particular innovative nanotechnologies will contribute to the reshaping of our world.
 
 This report will be divided into two primary sections – nanocoatings and nanoadhesives – to survey existing and emerging technologies in these markets worldwide, survey and provide an analysis on relevant patents, as well as to profile the key companies involved with the development of products in these areas.
 
 Topics touched upon in this study may have significance for business leaders, thought leaders, other business decision-makers, and marketing/sales specialists within the coating and adhesive sectors. This report may also hold interest for nanotechnology and nanomedicine investigators, medical device researchers and engineers, military research personnel, aerospace and other transportation researchers, and engineers
 
 For more information kindly visit : http://www.bharatbook.com/detail.asp?id=145016&rt=Nanotechnology-in-Coatings-and-Adhesive-Applications-Global-Markets.html       
 
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Nanotechnology Introduces Nanorobots (reproduction)

Nanotechnology’s invention of nanorobots is theoretical microscopic devices that calculated on the scale of nanometers (1 nm equals one millionth of a millimeter). When fully realized from the hypothetical stage, they would work at the atomic, molecular and cellular level to perform tasks in both the medical and industrial fields that have heretofore been the stuff of science fiction.

In past generations some body identified with cancer may be offered a new option to chemotherapy (the traditional cure of radiation, which kills not just cancer cells but healthy human cells too, causing hair loss, exhaustion, sickness, depression, and a host of other symptoms as well). A doctor enthusiastic towards nanomedicine would give the patient an injection of a particular kind of nanorobot, which would seek out cancer cells and tear down them, dismissing the disease at the source, leaving healthy cells unharmed. The amount of the adversity to the patient will fundamentally be a stab to the arm. A person experiencing a nanorobotic treatment can hope to have no alertness of the molecular devices working inside them, other than fast betterment of their health.

Nanomedicine’s nanorobots are actually very tiny that they could with no trouble pass through the human body. Nanotechnology scientists report the external of a nanorobot would probable are constructed of carbon atoms in a diamondoid structure as of its motionless properties and other strength. Super-smooth surfaces would further lessen the possibility of activating the body’s resistant system, permitting the nanorobots to go about their business without hindrance. Glucose or natural body sugars and oxygen may be a foundation for force, and the nanorobot would have other biochemical or molecular parts depending on its task.

According to present theories, nanorobots would possess as a minimum basic two-way communication; would respond to acoustic signals; and would as well be able to get power or even re-programming instructions from an outside source via sound waves. A system of particular stationary nanorobots may be deliberately placed all through the body, logging every active nanorobot as it passes, and then reporting those results, permitting an line to keep pace of all of the devices in the body.

Life emerges on the nanometer length scale between the size of a molecule and a cell. Discover the often surprising and counter intuitive physical principles that govern biological systems on that scale, and look at how they inspire new approaches in the development of medical diagnostics and therapeutics.

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Aarkstore Enterprise -Advances in nanotechnology – Innovations in Oral Solid Drug Delivery: controlled formulations & peptide delivery-Aarkstore E

Innovations in Oral Solid Drug Delivery: Advances in nanotechnology, controlled formulations & peptide delivery

 
Table of Contents : 

Innovations in oral solid drug delivery
Executive summary 18
Market overview, dynamics and outlook 18
Advances in nanotechnology 19
Innovations in transitioning injectables to oral delivery 20
Advances in delayed & controlled release delivery 21
Advances in oral prodrug delivery 22
Advances in taste masking technologies 23
Innovative companies 24
Chapter 1 Market overview, dynamics and outlook 28
Summary 28
Market overview 29
Market dynamics 31
Key indications 33
Key trends 38
Nanomedicine 38
Transitioning from injectables 39
Prodrugs 40
Chrono release 41
ODT 41
OSF 42
Funding issues 42
Poor patient compliance 42
Injections 42
Poor absorbption 42
Pediatric 43
Geriatric 43
Solubility and variable absorption 43
Reduction of side effect profiles 44
Non-invasive protein delivery 45
Transition from injectables to preferred route of oral drug delivery 45
Directed delivery and delayed delivery to reduce side effect potential 46
Formulation technologies for poorly soluble compounds 46
Taste masking for pediatric and geriatric formulations 47
Competitive landscape 48
Conclusions and key findings 50
Chapter 2 Advances in nanotechnology 56
Summary 56
Introduction 57
Nanotechnology platforms with application for oral drug delivery 59
Self-Emulsifying Controlled Release Tablet system (SECRET) 59
Technology 59
Application 59
Biotransport nanomedicine technology 60
Technology 60
Application 60
Nanobodies 61
Technology 61
Application 61
NanoDel nanoparticles 62
Technology 62
Application 62
P-gpMask 63
Technology 63
Application 64
NanoDRY and NanoCOAT 64
Technology 64
Application 64
Solumer 67
Technology 67
Application 67
Nanocells 69
Technology 69
Application 70
Polymeric Nano-Delivery System (PNDS) 70
Technology 70
Application 71
FluidCrystal NP Oral nanoparticles 71
Technology 71
Application 72
CaP Technology and BioOral 72
Technology 72
Application 73
Nab Technology and Protospheres 73
Technology 73
Application 73
NanoCrystal Technology 74
Technology 74
Application 74
Bioral 75
Technology 75
Application 75
Squalenoyl nanoparticles 76
NanoMega 76
NOD Pharmaceutical 76
Chapter 3 Innovations in transitioning injectables to oral delivery 80
Summary 80
Introduction 81
Drivers 81
Patient acceptability & compliance 81
Cost savings 81
Restraints 82
Advances in injectable delivery 82
Challenges of oral drug delivery 83

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Medical Nanotechnology and Nanomedicine (Perspectives in Nanotechnology Series)

A highly accessible overview of alternative and conflicting concepts in the rapidly developing nanotechnology revolution, this friendly guide reviews current research and development in nanoscience and illustrates the accomplishments and possibilities for application in nanomedicine. Providing an introduction to the science and infrastructure, it offers clarity and understanding to the medical professional and layperson alike. Divided into three parts, the first presents an historical background

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Nanobiotechnology,a Quantum Scientific Approach in 21st Century

Nanobiotechnology,a quantum scientific approach in 21st century

Imagination is the key in human life and is the main force behind every development of human lifestyle. Considering the impact of science and technology on the human race, it is natural to think ‘Nothing is Impossible’.

Biotechnology is the application of biological research techniques to develop immense products for mankind. Whereas, nanobiotechnology is the application of nano-scaled tools to biological systems and the other is the use of biological systems as templates in the development of novel nano-scaled products. Simply a nano-biotechnology is the complex of nanotechnology and biotechnology. Each of these technologies has a tremendous impact by itself and therefore when they complement each other it results in efficacious fourth dimensional solutions.

Nanotechnology used in biotechnology usually called nanobiotechnology is definitely a life-saving innovation that has come as a boon to mankind. It involves the creation and use of materials and devices at the level of molecules and atoms for the development of Nanomedicine, Nanosensors, Nanofluidics and Nanofabrics. It is a valuable contribution of the profound research by scientists and engineers to create new systems with novel functionalities.

Nanomedicine is one of an offshoot of nanotechnology, refers to highly specific medical intervention at the molecular level for curing disease or repairing damaged tissues, such as bone, muscle, or nerve. The existing means of intake of drugs orally or through injections are becoming moderately effective but can be extremely painful due to the non-availability of accurate diagnosis. The concept of nanomedicine involves the newer methods to deliver drugs at the right place, time, and amounts in the body. Scientists and engineers have developed new systems where the human-body parameters are monitored using a techno-monitor (semiconductor chip) that is placed inside a human body. These chips are the “nano” machines which are compatible with living tissues and can be safely operated inside the body.

For example: When a patient is being treated for diabetes, the semiconductor chip monitors the blood-sugar levels and passes on the information to the device outside of the body. The external device, in turn, instructs the semiconductor chip that acts as the drug delivery system, to release the right amounts of insulin into the blood, thus causing less or no side effects to the patient.

The approach of nanomedicine is versatile and will completely revolutionize the diverse branches of medicine in near future. It involves the application of nanoparticles for cancer imaging and therapy, drug delivery for prostate cancer and nanowire devices for virus detection and cancer screening too. Thus, nanomedicine is simply the preservation and improvement of human health

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