Media Kit
November 12, 2004
Senator Enzi
Education, Labor & Pensions
United States Senate
Dear Senator Enzi:
The National Society of Genetic Counselors (NSGC) is pleased to respond
to your email from June 15, 2004, requesting comment on the supply and demand
for master-level genetic counselors in the health care workforce. Formed
in 1979, the NSGC furthers the development of the genetic counseling profession
with quality educational programs, the issuance of practice recommendations,
and advocacy for our clients and the public health. The NSGC has a growing
membership of more than 2,000 genetic professionals working in a variety
of practice settings including medical centers, pharmaceutical companies,
testing laboratories, private practice, public health, government agencies
and educational programs. The majority of practicing genetic counselors
are active members of the NSGC. The following information should prove useful
in your consideration of funding for health professional education and training.
Professional Background
Genetic counselors are healthcare professionals with specialized graduate
degrees and experience in the areas of medical genetics and counseling.
In 2003, approximately 80% of NSGC members were Board Certified by the
American Board of Genetic Counseling or the American Board of Medical
Genetics.
Genetic Counselors are the primary interface between clinical genetic counseling
and testing services and the public. Genetic counselors work with clients
throughout the lifecycle, providing services for clients dealing with preconception
issues, prenatal diagnosis, the diagnosis of neonatal or childhood genetic
disorders, and adult genetic services for diseases such as cancer, presenile
dementia, psychiatric disorders, and heart disease. Genetic counselors have
expertise in providing risk-assessment and counseling to individuals and
families who have been impacted by a genetic conditions. They are experienced
in explaining the benefits and limitations of genetic information and technology.
Genetic counselors are also trained to communicate complex genetic disease
information to the public, professional organizations and government agencies.
NSGC members act as patient advocates, interface with testing laboratories
and researchers, and provide quality healthcare. They are skilled in clinical
research methods, IRB procedures, and coordinate many clinical trials.
Training Program Trends
Our Society’s data clearly indicates that the number of genetic counselors
graduating from accredited training programs rises by about 20% annually.
Ten years ago, there were 17 masters-level genetic counseling programs accredited
by the American Board of Genetic Counseling (ABGC) with 105 graduates per
year. In 2003, there were 25 accredited genetic counseling training programs
in the United States and three additional programs in Canada; at least 5
additional programs inquired with the ABGC regarding potential development
in the next few years. Also during 2003, estimates suggest that 550 individuals
applied to genetic counseling programs, and 270 students graduated from
the US programs. According to available data from program directors, there
are no less than two to three qualified applicants for every genetic counseling
training spot, and candidate qualifications are similar to candidates entering
doctoral programs and medical schools nationally.
Genetic Counselor Workforce
Currently in the United States there are approximately 2100 actively
practicing genetic counselors. This exceeds the number of physician and
PhD certified geneticists or advanced practice nurse geneticists. However,
the concentration of genetic counselors remains primarily in urban areas
and affiliated with major medical centers. Table 1 illustrates the state
distribution of NSGC full members, representing the majority of genetic
counselors nationally.
The NSGC’s membership is comprised of a diverse and innovative group
of individuals who work and provide expertise in areas of patient care,
public health, biotechnology, research and industry. Genetic counselors
can be found in hospitals, universities, private practices, research labs,
commercial labs, pharmaceutical companies, biotechnology companies, nonprofit
organizations, and a variety of other professional settings (Table
2).
The genetic counselor workforce is comprised of primarily women under
the age of 40, with most having fewer than 5 years of experience in
the genetic counseling profession. This demographic has remained stable
since 1980. Since the genetic counseling workforce is relatively young,
retirement loss is a minor issue for our profession. There is a need,
however, for increased minority representation with the profession.
Currently greater than 95% of genetic counselors are Caucasian, so
NSGC and graduate program directors have committed to an initiative
to increase minority recruitment.
Demand for Services
Nationwide, genetic counselors serve over 1.5 million clients each year.
From the year 2000 to 2002 there was a 66% increase in the number of clinical
patients seen by all counselors. With the field of genetics quickly revolutionizing
how medicine is practiced and an increasing number of genetic tests becoming
available, this number is expected to continue to rise.
One measure of the demands of genetic counseling services is the employment
status of new graduates. According to the 2002 NSGC Professional Status
Survey, 75% of genetic counseling graduates are employed within a month
of graduation, and less than 3% take more than seven months to obtain employment.
Although not every genetic counseling position in the country is posted
on the NSGC job connection service, there continues to be a steady increase
in postings. (Figure 1).
Conclusions
The completion of the Human Genome Project and the rapidly increasing
knowledge of genomics are indicators of how our understanding of human
genes and their contribution to disease is growing. Genetic knowledge
and technologies are becoming increasingly relevant to mainstream health
care in the form of genetic tests to detect disease and risk of disease.
New discoveries in genetics will impact individuals, communities, and
societies. In addition, health officials and those who make public policy
will be faced with integrating genetics into relevant policies and programs.
The current explosion of genetic medicine demands subject matter experts
who can communicate genetic risk, assist healthcare professionals and
individuals with decision-making regarding genetic testing and treatment
options.
While there is a need to improve genetic competency of all health professionals,
genetic counselors are ideally equipped with the unique set of skills and
knowledge required to respond to the needs of these groups, and will be
a primary resource to them as they adapt to these changes. The role of the
genetic counselor in society will continue to expand alongside the expansion
of this knowledge about genomics. Therefore, there is a need to increase
the number of genetic counselors to participate in clinical care, provide
education to consumers and health professionals, develop and implement genomic
and genetic counseling research agendas, develop public policy and work
with industry.
As was presented earlier this year to the Secretary’s Advisory Committee
on Genetics, Health and Society with access to start-up funds, the NSGC
estimates that the number of genetic counselors in the workforce could easily
double in as little as 5 years. The United States Senate can assist in this
process by ensuring that Congress provides funding, specifically to genetic
counseling training programs, through titles VII and VIII of the Public
Health Services Act. This funding will enable existing genetic counseling
programs to expand enrollment and emphasis minority recruitment. It will
also provide the ability for genetic counselors to expand genetic services
to rural and other underserved patient populations. Additionally, the genetic
counseling profession needs access to start-up funding for new genetic counseling
training programs.
The National Society of Genetic Counselors is available as a resource for
further workforce assessments or to provide expertise in developing funding
initiatives to support genetic counseling training programs. Please feel
free to contact me at (312) 926-7466 or k-ormond@northwestern.edu if you
have additional questions, or if we can be of further assistance.
Sincerely,
Kelly E. Ormond, MS, CGC
President
Table 1. Genetic Counselors by State (N=1767). This table reflects NSGC membership
and therefore is not inclusive of all practicing genetic counselors, and it
does not reflect students in training, associate members or emeritus members
(source NSGC Executive Office 10/04).
|
State
|
Number
|
State
|
Number
|
State
|
Number
|
|
AK
|
2
|
KS
|
6
|
NV
|
7
|
|
AL
|
5
|
KY
|
9
|
NY
|
146
|
|
AR
|
11
|
LA
|
6
|
OH
|
66
|
|
AZ
|
22
|
MA
|
66
|
OK
|
7
|
|
CA
|
259
|
MD
|
73
|
OR
|
23
|
|
CO
|
37
|
ME
|
12
|
PA
|
103
|
|
CT
|
31
|
MI
|
51
|
RI
|
7
|
|
DC
|
12
|
MN
|
41
|
SC
|
23
|
|
DE
|
11
|
MO
|
24
|
SD
|
1
|
|
FL
|
42
|
MS
|
0
|
TN
|
18
|
|
GA
|
30
|
MT
|
5
|
TX
|
70
|
|
HI
|
11
|
NC
|
75
|
UT
|
21
|
|
IA
|
8
|
ND
|
0
|
VA
|
40
|
|
ID
|
3
|
NE
|
6
|
VT
|
5
|
|
IL
|
70
|
NH
|
8
|
WA
|
48
|
|
IN
|
23
|
NJ
|
57
|
WI
|
42
|
|
|
|
NM
|
13
|
WV
|
2
|
|
PR
|
1
|
|
|
WY
|
2
|
Table 2. Work Settings and Specialty Areas, NSGC Bi-annual Professional
Status Surveys, 1996-2002
| |
1994 |
1996 |
1998 |
2000 |
2002 |
2004 |
| Primary Work Settings |
|
|
|
|
|
|
| University Medical Center |
47% |
45% |
47% |
44% |
43% |
41% |
| Hospital/Medical Facility |
25% |
27% |
24% |
29% |
31% |
31% |
| HMO |
7% |
5% |
7% |
6% |
5% |
4% |
| Diagnostic Laboratory |
5% |
5% |
6% |
5% |
6% |
7% |
| Fed/State/Co Office |
4% |
4% |
3% |
2% |
2% |
3% |
| Physician Offices |
3% |
3% |
5% |
5% |
4% |
5% |
| Outreach/satellite/filed clinic |
2% |
2% |
1% |
1% |
1% |
- |
| Self-employed/private practice |
2% |
2% |
1% |
1% |
2% |
? |
| Other |
6% |
6% |
4% |
5% |
4% |
4% |
| Specialty Area of Counselors |
|
|
|
|
|
|
| Prenatal |
77% |
52% |
70% |
59% |
56% |
55% |
| Pediatric |
51% |
18% |
45% |
39% |
39% |
36% |
| Prenatal screening (maternal screen) |
44% |
1% |
26% |
22% |
11% |
11% |
| Teratogen |
40% |
1% |
25% |
20% |
12% |
12% |
| Public Health/Newborn Screening |
8% |
2% |
6% |
|
|
7% |
| Adult |
30% |
2% |
31% |
26% |
28% |
24% |
| Specialty Disease Counseling |
26% |
3% |
20% |
17% |
15% |
14% |
| Cancer Genetics |
10% |
8% |
34% |
34% |
42% |
39% |
| Molecular/Cyto/Biochemical Testing |
23% |
2% |
12% |
12% |
6% |
7% |
| Neurogenetics |
6% |
1% |
8% |
7% |
7% |
9% |
| Psychiatric Genetics |
|
|
|
1% |
1% |
1% |
| Infertility/ART |
|
|
|
6% |
7% |
8% |
| Other |
5% |
7% |
16% |
|
|
8% |
Figure 1. Number of new jobs for genetic counselors listed with the
NSGC job connection service 1994 to 10/1/04. (Source NSGC Executive Office).
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