The Amazing Copa Star Hospital of Brazil

It takes wonderful ideas and a great vision to build a great structure that might be hope for many people living around. The Copa Star Hospital in Brazil is one of those amazing structures. Copa Star has an awesome building and lots of expensive medical equipment to provide people with the latest healthcare treatment. At the moment, this hospital is being discussed by every person related to the medical field. There are latest ICUs, operation rooms, and latest robotic equipment at Copa Star Hospital.

In other words, Hospital Copa Star is changing the concept of regular hospitals. People say it is a unique combination of the latest technology and innovative design. Patients do not understand how things work at a regular hospital. Copa Star Hospital has totally changed that notion. There is a center for neurology and cardiology called Rede D’Or São Luiz which is the latest of its kind in the world. The highly trained nursing staff monitor patients in intensive care units twenty-four hours. The operation rooms of Copa Star have the additional technology of magnetic resonance imaging. It allows doctors to see medical scans of the patients during the surgery. A concept of hybrid rooms is introduced which allow accessibility to equipment for normal surgeries. Surgeons can use technology to send images to doctors in foreign countries which can change the end results on mundodomarketing.com.

The main person behind this concept is Roderigo Sambaguy who works at RAF Architecture. He wanted to design a hospital where patients are very comfortable during their visits. RAF Architecture is famous for designing unique hospitals. The firm used their experience to build a hospital where patient care has reached to higher levels. On the first look, the hospital appears to be a five-star hotel. The environment is very comfortable for the patients when they get medical treatment here. While designing the Copa Star Hospital, RAF Architecture wanted it to use half amount of energy. Advanced technology was used to improve the performance of concrete. The technology which is used to increase the performance of concrete is called Penetron System. Concrete’s life was increased with the use of crystalline technology.

The material of the building was chosen carefully to improve the efficiency of energy. The Sustainability Report on rafarquitetura.com declared its energy usage system to be excellent. The report says that for conserving the energy, lightings, heating, elevators, air conditioning, water pumping, and medical equipment are inter-connected. The Copa Star has ventilated façades which add beauty to both the hospital and its surroundings. The real objective of the façade is to conserve energy.

Mikhail Blagosklonny’s Contribution In Cancer And Aging Research

Mikhail Blagosklonny is a cancer and aging scientist. He works at Roswell Park Cancer Institute, Buffalo, New York as an oncology professor. Mikhail is an alumnus of the First Pavlov State Medical University of St. Petersburg where he earned his M.D in internal medicine and a PhD in experimental medicine and cardiology.

According to Impact Journals, Mikhail Blagosklonny joined New York Medical College in 2002 as an associate professor of medicine and later took up a role of senior scientist at Ordway Research Institute Albany, NY. He worked here until 2009 when he joined Roswell Park Cancer Institute.

Research Gate reveals that Mikhail Blagosklonny has researched on a wide range of topics in the field including molecular and cellular biology and clinical investigations, narrowing down to oncogenes and tumor suppressors, cell cycle, signal transduction, apoptosis, mitosis, resistance of drugs for selective protection of normal cells and anticancer therapeutics focusing on basic science in new anticancer strategies.

Under this aging research, Mikhail Blagosklonny formulated a hypothesis to study the possible role of TOR signaling in cancer and aging.

The clinical significance of this research showed that suppressed TOR activity extends life span in S. cerevisiae, D. melanogaster and C. elegans. Rapamycin, which inhibits mTOR was found to increase mice’s lifespan. Studies have indicated that some dietary regimes like methionine restriction and caloric restriction decreases mTOR activity, resulting into lifespan extension.

There have also been suggestions that aging may increase mTOR signaling in certain tissues like the adipose tissue. In cancer, mTOR activity was revealed to be deregulated in most types of cancer while over-activation of mTOR signaling enhances the development of tumors.

Mikhail Blagosklonny is the founder and editor-in-chief of Cell Cycle, Aging and Oncotarget. He is an active member of the editorial board of Cell Death & Differentiation.

He is also an associate editor for Cancer Biology & Therapy. Mikhail works for Autophagy, The American Journal of Pathology, PLOS ONE and Cancer Research as an associate editor.