investigative site perspective on clinical web portals
TRANSCRIPT
{Date}
1
Inves&ga&ve Site Perspec&ve on Clinical Web Portals
{Company}
Slide #
Business Objec7ves 3
Survey Methodology 5
Execu7ve Summary 6
Clinical Study Document Management 12
Paper-‐Based Methods 27
Online Tools 34
{Company} Specific Results 44
Respondent Profile 59
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Table of Contents
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• Objec7ves of the study were: – Determining what methods are currently being used for clinical study document exchange, iden7fying any trends in the usage of these methods year on year and evalua7ng the efficacy of these methods.
– Gathering insights with regard to the use of an online tool for site feasibility surveys, as well as gauging the level of interest in an online tool to complete these types of surveys.
– Among inves7ga7ve sites who have used or are currently using the {company’s} system, determining the efficacy of this online system.
Business Objec7ves
Phase I Phase II
Survey conducted online in {Month / Year} {Month / Year}
Number of clinical research professionals emailed worldwide
{number} {number}
Final sample size {number} {number}
Final sample composi7on
25% Inves7gators 58% CRCs 6% Regulatory Coordinators 6% Administrators
23% Inves7gators 58% CRCs 4% Regulatory Coordinators 6% Administrators
Country of origin 70% North America 21% Europe 7% Asia Pacific
71% North America 19% Europe 5% Asia Pacific
4
Survey Methodology
5
GENERAL FINDINGS:
• While the clinical research coordinator con7nues to be the primary contact in terms of communica7ng with and exchanging documenta7on with the sponsor/CRO, the Regulatory Coordinator’s role as a primary contact appears to be growing: – The propor7on of respondents who selected the Regulatory Coordinator as the primary contact
increased significantly in Survey II.
• The predominant primary method of clinical document exchange con7nues to be email: – A significantly higher propor7on of respondents reported using email as their primary method in
Survey II (from X% in Survey I to % in Survey II). Declines, albeit not significant, were evident in other methods of document exchange including fax, courier and online tools (online tools from X% in Survey I to X% in Survey II).
• Of all document exchange methods, email is used X% of the 7me on average. This is followed closely by online tools, which are used X% of the 7me on average.
• Close to half of respondents report using more than X logins/passwords to access web-‐based clinical systems.
Execu7ve Summary
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Execu7ve Summary PAPER-‐BASED METHODS:
• Similar to Survey I findings, most sites value paper-‐based document exchange methods for the paper trail of study documenta7on, ease of use and general simplicity.
• However, paper-‐based methods con7nue to be associated with a waste of paper, taking up too much storage space and generally 7me-‐consuming (in terms of storing / tracking / resending documents): – Well over half of respondents report spending a minimum of 2 hours
searching for documents on a weekly basis. – And more than half of respondents con7nue to resend clinical documents to
the sponsor/CRO and vice versa. • Document due date tracking con7nues to be performed
manually or using office electronic tools.
7
Execu7ve Summary ONLINE TOOLS:
• Although it is s7ll not the primary method of document exchange, the general use of online tools for study document exchange is increasing: – A significantly higher propor7on of respondents report having used an online tool in
Survey II (from X% last year to X% this year). • Among those sites with experience with online tools, most have used EDC
and clinical portals. • The primary benefits associated with online tools remain the same: the
reduc7on in paper waste, the ability to immediately access the most up-‐to-‐date informa7on, as well as the ability to easily keep track of informa7on.
• Online tools are mostly being used for the comple7on and exchange of Case Report Forms, this is followed by the comple7on of site feasibility surveys, study ini7a7on ac7vi7es (i.e. training and delivery of study-‐related materials) and communica7on regarding regulatory updates.
CLINICAL STUDY DOCUMENT MANAGEMENT
General Analysis
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5% 5%
13% 5%
1%
2%
5% 15%
65% 59%
3% 4%
7% 10%
0%
20%
40%
60%
80%
100%
SURVEY I SURVEY II
Principal Inves7gator
Subinves7gator
Clinical Research Coordinator
Regulatory Coordinator
Contract Manager
Administrator
Other
Don't Know
9
Clinical Document Exchange: Primary Point of Contact
While the clinical research coordinator s/ll primarily handles the clinical document exchange process with sponsors/CROs, the Regulatory Coordinator plays a bigger role as the primary point of contact as well.
A 1
B 2
C 3
Sta7s7cally significant at 95%: 1 > A; 2 > B; 3 > C
(n=XXX) (n=XXX)
3% 2% 5% 3%
12% 12%
22% 24%
27% 22%
11% 13%
20% 25%
0%
20%
40%
60%
80%
100%
SURVEY I SURVEY II
More than 15
11 to 15
6 to 10
3 to 5
1 to 2
None
Don't Know
10
Number of Site Feasibility Surveys on an Annual Basis A significantly higher
number of respondents this year completed more than 15 site feasibility surveys on an annual basis.
A 1
B 2
Sta7s7cally significant at 95%: 1 > A; 2 > B (n=XXX) (n=XXX)
4% 3%
12% 10%
18% 15%
27% 29%
25% 31%
14% 13%
0%
20%
40%
60%
80%
100%
Survey I Survey II
100%
76% to 99%
51% to 75%
26% to 50%
1% to 25%
0%
11
Propor&on of Studies where CRO is Involved Inves/ga/ve sites con/nue to work directly with CROs on behalf of sponsors most of the /me.
A 1
Sta7s7cally significant at 95%: 1 > A (n=xxx) (n=xxx)
4% 6% 9%
4% 3%
72%
61% 58% 59%
78%
3% 8%
14% 12%
5%
18% 24%
14%
24%
11%
0%
20%
40%
60%
80%
100%
Puplic/Private Hospital
Univ. Hospital/AMC Ind. Prac7ce Group Prac7ce Research Center
Fax Email Courier Online web-‐based tool
12
**Organiza/ons with sufficient sample sizes
Percent Responding**
Similar to Survey I findings, email is the predominant primary method of clinical study document exchange across organiza/ons.
Primary Method Usage by Organiza&on
Sta7s7cally significant at 95%: None
(n=xxx)
PAPER-‐BASED METHODS General Analysis
13
Time Spent Searching for Documents
14
35%
42%
16%
5%
3%
34%
45%
14%
3%
4%
Less than an hour
2-‐3 hours
4-‐6 hours
6-‐9 hours
More than 9 hours
0% 25% 50%
Survey I
Survey II
Similar to last year’s results, well over half of respondents spend a minimum of 2 hours searching for documents.
Sta7s7cally significant at 95%: None
(n=xxx)
(n=xxx)
ONLINE TOOLS General Analysis
15
An&cipated Benefits
BENEFITS SURVEY I (n=xxx)
SURVEY II (n=xxx)
It will reduce the amount of paper I use 68% 71%
I can get up to date informa7on right away 68% 66%
Easier to keep track of informa7on 62% 60%
Not spend so much 7me searching for informa7on 47% 49%
Reduce 7me spent on study management 39% 41%
Reduce # of systems used when communica7ng with sponsors 37% 39%
Reduce possibility of human error 37% 39%
16
Similar to last year, most respondents cited the reduc/on in the amount of paper used, being able to access updated informa/on right away and being able to keep track of informa/on easily as benefits of an online tool.
Sta7s7cally significant at 95%: None
Interest in Online Tool to Complete Site Feasibility Surveys Across Sponsors Using One Login/Password
76% 74%
5% 5%
19% 21%
0%
20%
40%
60%
80%
100%
SURVEY 1 SURVEY II
Maybe No Yes
17
Similar to last year, the majority of respondents expressed a willingness to try an online tool with one login and password to complete site feasibility/site recruitment surveys across mul/ple sponsors. Those that hesitated expressed concern about the poten/al complexity/user-‐friendliness of the tool.
Sta7s7cally significant at 95%: None (n=XXX) (n=XXX)
RESPONDENT PROFILE Background
18
Type of Organiza&on
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Over half of respondents work at a public/private hospital or at a university hospital/academic medical center.
11% 12% 1% 3%
18% 16%
9% 11% 1% 2% 2%
1%
35% 31%
22% 23%
0%
20%
40%
60%
80%
100%
SURVEY I SURVEY II
Public/Private Hospital
Univ. Hospital/AMC
VA/Military Hospital
SMO
Ind. Prac7ce
Group Prac7ce
Primary Outpa7ent Care
Research Center
Other
2% 1%
Sta7s7cally significant at 95%: None
(n=598) (n=600)
Therapeu&c Areas
20
Therapeu&c Area SURVEY I (n=XXX)
SURVEY II (n=XXX)
Oncology 33% 25%
Cardiology 15% 17%
Hematology 13% 11%
Diabetes 12% 12%
Pulmonary/Respiratory 11% 11%
Gastroenterology 11% 13%
Neurology 10% 9%
Pediatrics 8% 5%
Rheumatology 8% 8%
Internal Medicine 8% 7%
Medical Devices 8% 7%