Introduction
Current and emerging advances in the science of genetics provide significant promise for
enhanced health and well-being and an opportunity for social workers to make a major
contribution. As rapid discoveries in genetics (the study of single genes and their effects) and
genomics (the study of the functions and interaction of all the genes in the genome) continue to
identify genetic components of common diseases such as Alzheimer’s, diabetes, cancer, heart
disease, mental illness, and even behavioral characteristics, virtually everyone will be affected,
our clients as well as ourselves (Guttmacher & Collins, 2002). Knowledge of the genetic makeup
of oneself or a family member may present significant dilemmas and may lead to a serious
consideration of alternative life plans. A genetic test can alert people to advanced detection and
management of some disorders, but currently the ability to test for a genetic disorder often
exceeds science’s ability to prevent or cure genetic disease. The social worker’s role in
encouraging clients to become their own advocates in bringing genetic issues to the forefront of
quality health care is being defined in part by the completion of the Human Genome Project
(HGP), the international effort to map and sequence all the genes in the human body.
A social worker is often the first to provide psychosocial services to individuals and families
with genetic disorders. Therefore, it is imperative that social workers become more aware of the
ethical, legal and psychosocial implications of a genetic diagnosis, genetic testing and genetic
research in order to empower individuals and families to speak out for their rights as public
citizens. In addition, the profession must continue to be active in shaping public policy as well as
organizational policy as it relates to genetics and service delivery. Without specialized training, it
is inappropriate for social workers to assume the role of genetic counselors, but they have
important contributions to make within the social work scope of practice. Social workers can
take an active part in ensuring that their clients are protected against genetic discrimination in
areas such as health and life insurance, employment, and adoption. There are increasing
opportunities for professional development of social workers in the field of genetics, and social
workers should take the initiative to seek out those resources.
As critical issues are identified in the field of genetics, such as the benefits and risks of gene
therapy, stem cell research, reproductive technology, and tissue cloning, social workers need to
become more informed and sensitive to related ethical, legal, and psychosocial considerations to
be helpful to their clients. It is also important that they become knowledgeable about genetic
resources in the community.
The ongoing knowledge explosion in genetics and its positive and challenging sequelae present
considerable opportunities for the social work profession. Increasingly social workers will be
called on to develop as well as confront emerging policies related to genetic testing and
treatment.
The National Association of Social Workers (NASW) recognizes the need to integrate
knowledge of genetics into social work practice in the context of the NASW Code of Ethics
(1999). The standards that are delineated in this brochure represent a foundation for introducing
genetics into social work practice.
History of Social Workers and Genetics
For more than 40 years, social work as a profession has recognized the importance of genetic
disorders in relation to social work practice and education. The Human Genome Education
Model (HuGEM) project, funded by the National Institutes of Health and co-chaired by two
social workers, offered workshops and training programs in genetics for social workers and other
disciplines across the country from 1997 to 2001 (Lapham, Kozma, Weiss, Benkendorf, &
Wilson, 2000). NASW was an active participant in this project, which served as a catalyst for
increased involvement in the field. The National Coalition of Health Professionals in Genetic
Education (NCHPEG) was formed in 1996 and included two social workers representing both
NASW and the Council on Social Work Education (CSWE) on its steering committee. NCHPEG
has developed core competencies in genetics for all health-care professionals; these competencies have been useful in the development of these practice standards for social workers
(Jenkins et al., 2001).
In addition to the efforts to improve social work education in genetics, the social work practice
community has worked to clarify the social work role in genetics. An NASW Social Work
Practice Update in 1998 defined the role of social workers in genetics, emphasizing practice,
policy, and ethical issues (Taylor-Brown & Johnson, 1998). The NASW policy statement on
Genetics provided a framework all social workers could use to understand ethical and practical
issues in genetic testing and research (NASW, 2003). In these NASW documents, it was made
clear that social workers in all fields need to understand the ethical and practical issues involved
with genetic testing. These include informed consent, confidentiality, self-determination, equal
access, and the implications of knowing one’s genetic make-up. The Practice Update
emphasized the importance of social workers assisting individuals and their families in weighing
the positive and potentially deleterious aspects of genetic testing and treatment options. The
Policy Statement included a commitment by NASW to continue work to establish the social
work profession as a leader in the field of genetics, to support the development of programs,
training, and information that provide social workers with current genetic information for use
with clients, and to support policies that provide protection for clients from employment and
insurance discrimination.
Goals of the Standards
These standards address genetics as an expanding field of knowledge for social workers and
emphasize the need for clarification of, understanding of, and education about this specialized
area.
The standards are designed to enhance social workers’ awareness of the skills, knowledge,
values, methods, and sensitivity needed to work effectively with clients, families, health care
providers, and the community and to increase their understanding of the impact that the field of
genetics has, and will have, on them.
It is hoped that these standards will lead to the development of clear guidelines, goals, and
objectives for expanding current and future areas of social work practice, research, and policy in
genetics.
The specific objectives of the standards are:
- to inform social workers about genetics as an expanding field of social work knowledge
- to improve the quality of social work services provided to clients with genetic disorders
- to provide a basis for the development of continuing education materials and programs in
genetics
- to ensure that social work services to clients with genetic disorders are guided by the NASW
Code of Ethics
- to advocate for clients’ right to self-determination, confidentiality, access to genetic services
and nondiscrimination
- to encourage social workers to participate in the formulation and refinement of public policy
(at the state and federal levels) relevant to genetic research, services, and treatment of
populations with genetically identified predispositions or conditions.
Standard 1: Ethics and Values
When integrating genetics and social work practice, social workers shall function in accordance
with ethical principles and standards of the profession as articulated in the NASW Code of Ethics
(NASW, 1999).
Interpretation
Social workers can make a significant contribution to the field of genetics by advancing a
humane and ethical approach. Among the current ethical issues of relevance to the social work
profession are:
- equitable access to genetic services, including testing and treatment and financial
coverage for these procedures
privacy and confidentiality of individual genetic information, particularly in relation to
the insurance industry and employers
self-determination, including allowing the client to select or refuse genetic testing and
treatment in a non-coercive, unbiased manner; allowing the client to exercise the right to
know or to refuse to know genetic information
informed consent, including protecting the right of the client to make decisions with
regard to genetic testing and research based on a clear understanding of the risks and
benefits
voluntary genetic testing and treatment
appropriate authority for genetic decision making on behalf of children and impaired
adults
protection of the rights of those living with genetically determined conditions.
With its historic commitment to serving and empowering populations at risk and promoting
human rights and social justice, social work is well suited to address the ethical challenges that
arise from new genetic knowledge. The NASW Code of Ethics (1999) provides a philosophical
framework for ethical social work practice and a set of ethical standards intended to define
acceptable professional behavior. Cultural competence is highlighted and practitioners are
enjoined to provide culturally sensitive services. Although the genetic make-up of all individuals
across the spectrum of racial and ethnic groups is remarkably similar, the NASW Code
acknowledges that members of different cultures have unique norms, traditions, and coping
strategies that must be understood and respected. The client’s right to privacy and
confidentiality, self-determination, nondiscrimination, and social justice are clearly articulated in
the Code. Genetic services should be interdisciplinary to achieve a holistic approach to client
care. In this context, these standards address mutually respectful relationships among colleagues.
The Code also acknowledges the complexity of ethical dilemmas, which defy simple answers.
The Code suggests that the resolution of seemingly contrary mandates is best approached
through a reasoned, systematic process that incorporates ethical theory and appropriate peer and
interdisciplinary consultation and supervision.