Conclusion and Prospects
Totally, this is a new era of ocean economy since biomedicine and
particularly AIDS research are indeed a growth industry [45]. The
microbial flora, for example, K. pneumoniae HSL4 [46], is highly
associated with industrial applications, this microbial fermentation and
related biosynthesis could be also used in the field of biomedicine. New
biomedical resources and novel biotechnologies will help to control and
combat the current COVID-19 pandemic [47]. Whatever, MNPs are worthy
of developing biomedical agents for universal health coverage when
combined with a magic “polypill”—
“environment-sleep-emotion-exercise-diet” intervention [E(e)SEEDi]
[48].
However, marine radioactivity is a threat to human health or the
environment [49]. Thus, ocean environment and marine microbes play
strong roles in healthy ecosystems [50, 51]. Moreover, there are
correlations between an ocean-atmosphere and human health [52],
environmentally acquired infections and human disease [53, 54].
Hence, only healthy ocean and seas can meet human hope in the future.
It’s time to protect ocean ecosystem for human better sustainable
development.
Currently, due to the challenge of malnutrition (undernutrition and
overnutrition) in China [55], for example, having suboptimal intakes
of seafood [56], as food lovers [57], we should improve
nutrition status with effective strategies. Since there is a link
between nutrition status and COVID-19 [58], we should assess
positively the nutritional risks in COVID-19 cases with useful tools
[59, 60], so as to promote nutritional care and the nutrition
management in these patients [61]. And by the online-to-offline
(O2O) food delivery [62] during the COVID-19 pandemic, people will
combat effectively the SARS-CoV-2 and its variants.