Parenteral Nutrition Bags Market: Sustainable Packaging Solutions for Healthcare

The emergence of home healthcare has enabled patients to receive hospital-like care in their homes. Home healthcare has also proved to be a cheaper, safer, and more effective alternative to traditional hospital care, mainly for patients at risk of complications from inpatient care and hospital-acquired infections. The use of parenteral nutrition bags makes it easy for patients to receive the required nourishment and nutrition in the comfort of their homes and is cost-effective as well. These advantages of home care have led many countries, such as the U.S., the U.K., Canada, Australia, and Israel, to implement government policies promoting homecare health services. For instance, every regional and metropolitan hospital in Victoria, Australia, has a hospital-athome program, with nearly 6% of all hospital bed days provided through the program.

As per the Johns Hopkins Model, the cost of at-home care was 32% less than hospital care (USD 5,081 VS. USD 7,480), and the length of stay for patients was also reduced by nearly one-third (4.9 days VS. 32 days). Additionally, the home care setting was found to be more convenient for family members and patients than usual hospital care. Activities of Daily Living (ADL) and Instrumental Activities of Daily Living (IADL) are used as indicators of people’s ability to care for themselves independently. The elderly population (aged 60 years or over) and older adults (aged 45 to 59 years) are more likely to have ADL and IADL-related difficulties. For instance, according to India’s Ministry of Health and Family Welfare (MoHFW), in 2020, about 9% of older adults had at least 1 ADL limitation, and 36% had at least one IADL limitation.

Homecare services provide a combination of assistance with ADL and medical care at home. Assistance with activities such as bathing, brushing, walking, changing positions, and social interactions, along with monitoring of vitals such as blood pressure, blood sugar levels, temperature, oxygen saturation, i