Increasing Number of High-Risk Surgeries Requiring Advanced Resuscitation Backup
Across Latin America, especially in Brazil, Mexico, Argentina, and Colombia, there is an increase in the number of sophisticated surgeries performed in hospitals. Consequently, there will be an increasing demand for resuscitation equipment. There has been growth in the number of tertiary hospitals and specialized surgical facilities, resulting in more high-risk surgeries, like those involving the heart, brain, and cancer treatment. These types of surgeries have a higher likelihood of complications during the operation, requiring resuscitation services inside the operating room and ICUs.
There has been an integration of advanced life support systems into surgery suites at large cities such as Sao Paolo, Mexico City, and Buenos Aires. More emphasis is now being placed on ensuring that all surgical units have access to defibrillators, ventilators, and other airways in the operating room. This is especially important in the public health care sector, where hospitals are trying to clear surgery backlogs by increasing the number of surgeries performed in the hospital.
Moreover, the increasing incidence of lifestyle-related conditions such as diabetes, obesity, and heart disease in Latin America is leading to the creation of more surgical patients. The presence of such complications during surgery is making it a necessity rather than an option for surgeons to be prepared for resuscitation situations. Hospitals in Mexico and Brazil have started improving their surgical capabilities in line with international health care standards, which is another reason why they need resuscitation equipment. With increasing complexity of surgeries being conducted, the use of resuscitation equipment has become inevitable.
Development of Solar-Powered Resuscitation Devices for Off-Grid Areas
Due to the absence of a regular power source in the remote and neglected regions of Latin America, there is a demand for medical technology that can be powered by an alternate source. The countries like Peru, Bolivia, and the rural part of Brazil and Colombia do not have proper infrastructure in terms of providing health facilities. In these regions, emergencies have to take place on account of lack of sufficient energy, which has led to development of solar-based resuscitation tools.
Government-sponsored healthcare programs along with those offered by various non-government organizations are gradually embracing the decentralized care approach. Portable resuscitation kits running on renewable sources of energy are being introduced in mobile health clinics and health facilities stationed in rural communities. The availability of constant electricity supplied via solar panels ensures proper operation of portable medical equipment such as defibrillators and ventilators irrespective of the fact that patients cannot be easily transferred from remote areas to larger health facilities situated far away from villages due to lack of adequate transportation facilities.
The use of solar-powered resuscitation kits also fits well with the sustainability initiatives implemented in the healthcare industry of Latin American countries. Countries are developing climate-adapted healthcare infrastructures that guarantee the availability of emergency care services during natural calamities such as floods and hurricanes that often disrupt power supply. Further, the usage of such devices is included in the emergency procedures of community-based healthcare workers who have undergone training in their use.