Indexed In Scopus
  Scopus ID: 21100926589

Volume 2, Issue 4

Acknowledgement of Manuscript Reviewers NWJ Volume-2 (2016)

The Editors of NanoWorld Journal (NWJ) would like to express their tremendous gratitude to all those individuals who participated in the peer review process during the preparation of this Volume-2 (2016). Many reviewers from around the world and across various disciplines provided their expert input that led to publication of the articles. The peer-reviewer’s generosity, judicious judgment, and timely response substantially helped us to publish a journal that both is timely and maintains scientific standards; it is a genuine pleasure to express our deep sense of thank to all the reviewers collectively for their dedicated service.

Read More

From Nuclear and Strategic Disarmament to Joint Worldwide Research and Development for Humanity Survival

Claudio Nicolini
In the last few years the problems of humanity are growing in all sectors of the economy, from energy to environment and disasters induced by nuclear reactors, from cancer to hardware and space such as asteroids. More than 150,000 asteroids are now registered in the Smithsonian’s Minor Planet Center and NASA estimates that more than 1,000 are characterized as Near-Earth Objects that can be stopped only by nuclear weapons which are on the hands essentially of United States of America and Russian Federation.

Read More

High Performance Lightweight Magnesium Nanocomposites for Engineering and Biomedical Applications

Wai Leong Eugene Wong and Manoj Gupta
Magnesium is the lightest structural metal that can be used for engineering applications and its non-toxic nature makes it attractive for use as a biomedical implant. The judicious addition of nanoparticles to magnesium assists in enhancing multiple engineering properties that are critical for its widespread use and are superior to that exhibited by conventional micron-size particles containing composites.

Read More

Quasi-QSPR to Predict Proteins Behavior Under Various Concentrations of Drug Using Nanoconductometric Assay

Nicola Bragazzi, Andrey Toropov, Alla Toropova, Eugenia Pechkova and Claudio Nicolini
Conductometric monitoring of drug-gene and drug-protein interactions is of fundamental importance in functional proteomics. Here, we model our previously obtained findings and characterizations of an important antiblastic used in neuro-oncology (Temozolomide), interacting with selected proteins that represent predictive biomarkers of the rate survival of the patients, of the outcome of chemotherapy and resistance to drug itself (namely, BRIP1 and MLH1) acquired with Nucleic Acid Programmable Protein Arrays (NAPPA)-based nanoconductometric sensor.

Read More

Response to: Open Debate article “How Bibliometric Indicators Should Be Used to Assess Excellence in Science and Technology” by Nicolini C. 2016

Eugenia Pechkova, Nicola Bragazzi, Christian Riekel, Anil Thakoor, Carlo Ventura and Giuseppe Zanotti
This section opens the debate on the article written by the Editor in Chief Academician Professor Claudio Nicolini in the third issue of Volume 2 of NanoWorld Journal in 2016 at pages 35-40, where the Journal Impact factor values included in the proposal article concerns years (2014-15).

Read More