Please reword/rephrase the following paragraphs

4.

Cryptocurrency is usually the virtual cash platform that is predicted to become the future currency. Cryptocurrency occurs in many types, including bitcoin, ethereum, lite coin, or Stellar. Unlike other currencies used in transactions, cryptocurrency is not controlled by any government. Therefore, they are the most secure transaction methods, and they can be transferred fast and shared anywhere with a good internet connection Gordon & Catalini (2018). Adopting this technology in healthcare can be valuable as patients will complete control of their private data.

According to Gordon & Catalini (2018), blockchain can keep the log of all patient data incorruptible, decentralize, and transparent. Sensitive medical data of individuals remain private and concealed with complex and secure codes. There are several healthcare cryptocurrencies that than be used in the payment process in the medical system. These include SOLVE, a decentralized platform of blockchain technology designed to simplify coordination and administration of healthcare. Stem Cell Coin addresses the necessity of more accessible access to qualitative globally. MediBloc is an innovation focused on building patient-based health care data solutions for everyone's healthier life.

The combination of Artificial Intelligence and Cryptocurrency blockchain technology will unlock a new level of efficiency in the medical field. The benefits of a cryptocurrency to users include no need to carry cash or a credit card but only their mobile phones. It is advantageous to patients without money to treat an expected illness. Bitcoin is also anonymous; patients in need of sensitive medical services can comfortably get the benefits without many hurdles. In addition, a transaction involving bitcoin is less expensive compared with credit cards.

5.

For any healthcare facility, energy is a vital factor for ensuring the delivery and improvement of health care services and lifesaving medications. A sustainable energy source is considered the widely available one, has a low environmental impact, and can be naturally replenished, such as solar, geothermal, wind, wave, and hydropower. The hospital is making an active commitment to sustainability and ensures we pursue goals that provide various strategic services that can help the facility prosper. Through sustainable initiatives, the hospital can contribute to a healthier environment, support the local community and improve the hospital's public perception. Access to reliable, affordable, Sustainable energy is significant in ensuring improvement of the living standards, development, and economic growth. This comes with incredible benefits like safer patients, lower operational costs, and minimal wastefulness. The following are ways the hospital can use sustainable and renewable resource technologies in improving the health of people and the earth.

The hospital can harness the power of natural light using automatic solar shades. This helps in adding warmth in winters and reduces the use of air conditioners during summers. The hospital can lower water wastage by using low-flow fixtures such as faucets, bathroom showers, and toilets. Using high-efficiency dishwashers in hospital kitchens can reduce water consumption. This will also lower the costs.

Safely handling biohazard waste, according to Khobragade (2019), is essential in the medical field. Treatment and saving the lives of patients results in medical wastes. Disposal of such wastes should be done, minding the hazards they can bring to the environment. The hospital should consider sterilizing infectious wastes with microwave units, autoclaves, or hybrid steam. Metals and plastics that remain after autoclaving can be recycled to keep them from landfills. The hospital must separate medical wastes from garbage using red biohazard bags as required by law. The hospital must be stringent when disinfecting surfaces to reduce chemical exposure. The hospital should adopt green-certified cleaning products verified as safe for humans and the environment to minimize toxic exposure.

6.

Artificial Intelligence technology in healthcare essentially raises ethical questions due to the vast amount of data and administration. The AI technology used in medical research should conform to the privacy and security of data to be considered legal and ethical. Such technology accesses massive health data that will ultimately improve the health and well-being of human beings. It is a legal requirement for the data of patients to be privately safeguarded and protected. In the use of AI technology, the privacy and security of patient information is an important consideration. While using AI technology in health, a hospital needs to use techniques such as encryption to separate data about individuals and procedures that protect against tampering by a third party.

Reliability and safety are other ethical issues when considering health technology devices due to their impact on clinical research and decision-making in diagnosis. Fairness and inclusivity are also an essential aspect of Artificial Intelligence technology to treat patient data in a balanced and fair manner. The design of the technology used in patient care should also consider inclusivity. The system must include input and feedback from various participants' backgrounds, such as administrative, to benefit the patients and implement such technology.

Transparency and accountability are another element that should be ethically considered. The designers of such technology must ensure a transparent and accountable system in making decisions about patients' lives and health. With the continuous advancement of technology in health, it is essential to consider the ethical implications of the systems for research and practice. Artificial intelligence technology can improve patient outcomes, assist health practitioners and provide high-quality care.