2 research outputs found
IoT for Diabetics: Exploring IoT Adoption Issues
An increasing problem worldwide is the number of people living with and dying of critical,
chronic diseases. One of these diseases is type 1 diabetes, which, as of today, is uncurable yet
treatable through careful and precise monitoring. Using the Internet of Things (IoT) is one of
the most efficient ways to monitor diabetes and is also said to improve the life-quality of people
with diabetes. However, the great potential of IoT in diabetes treatment is followed by various
challenged factors regarding privacy and security. Cyberattacks can affect not only the
individual patient but everyone connected to the IT infrastructure of the hacked device. Existing
reports show cyberattacks against the Norwegian healthcare sector have increased by 72% over
the last year, resulting in about 450 attacks each week. Still, diabetic patients tend to trust their
devices to be safe and are willing to take the risk as they consider their medical data as not
interesting to cybercriminals. Healthcare personnel's lack of knowledge about information
security and privacy best practice is reported to be an entry point for cybercriminals to gain
access to critical IT systems. This study aimed to investigate the relationship between the
potentially improved life-quality from using diabetes IoT and the challenges regarding privacy
and cyberthreats, including the perspective of three different Norwegian stakeholder groups:
diabetic patients (type 1), healthcare personnel working with diabetes patients, and industry
representatives within healthcare and security. Findings suggest that neither patients nor
healthcare personnel is concerned about patient privacy or threats against diabetes IoT, despite
the increased cyberthreats in the healthcare sector. It further indicates a pressing matter for a
discussion about data ownership generated by IoT and a revision of privacy regulations that
make it easier for all Norwegian healthcare regions to interpret, comply, and act upon equally,
to utilize the technology available and ensure diabetes patients all over the country have the
same opportunities when it comes to patient care
Serum levels of IGF-I, IGFBP-3 and colorectal cancer risk: results from the EPIC cohort, plus a meta-analysis of prospective studies
Several prospective studies have shown a moderate positive association
between increasing circulating insulin-like growth factor-I (IGF-I)
levels and colorectal cancer risk. However, the associations were often
statistically nonsignificant, and the relationship of cancer risk with
IGF-I’s major binding protein, IGFBP-3, showed major discrepancies
between studies. We investigated the association of colorectal cancer
risk with serum IGF-I, total and intact IGFBP-3, in a case-control study
nested within the EPIC cohort (1,121 cases of colorectal cancer and
1,121 matched controls). Conditional logistic regression was used to
adjust for possible confounders. Our present study results were combined
in a meta-analysis with those from 9 previous prospective studies to
examine the overall evidence for a relationship of prediagnostic serum
IGF-I with colorectal cancer risk. In the EPIC study, serum
concentrations of IGF-I and IGFBP-3 showed no associations with risk of
colorectal cancer overall. Only in subgroup analyses did our study show
moderate positive associations of IGF-I levels with risk, either among
younger participants only (and only for colon cancer) or among
participants whose milk intakes were in the lowest tertile of the
population distribution (RR for an increase of 100 ng/ml = 1.43 [95%
CI = 1.13-1.93]). Nevertheless, in the meta-analysis a modest positive
association remained between serum IGF-I and colorectal cancer risk
overall (RR = 1.07 [1.01-1.14] for 1 standard deviation increase in
IGF-I). Overall, data from our present study and previous prospective
studies combined indicate a relatively modest association of colorectal
cancer risk with serum IGF-I