This section provides an overview of:
features
Exploring
design and development
components and
An awareness of features,
, characteristics and products provides an initial foundation on which to build greater understanding. It also informs discussions leading to decisions about adoption, implementation and use of this terminology.
:
Enables consistent, processable representation of clinical content in
When implemented in software applications, can be used to represent clinically relevant information consistently, reliably and comprehensively as an integral part of producing electronic health information.
Implementation requires an understanding of the way that content is represented by
and supported by
(Refsets).
While reading the guide, you may find it useful to explore the content of . You can do this using one of a range of online
listed on our web site at https://www.implementation.snomed.org/browsers. Note that the listed
are not endorsed by
and they should only be used to a get feel for the content and structure of the terminology. It is useful to experiment with several different
as they vary in the way they present particular features of the terminology.
SNOMED CT is a core clinical healthcare terminology that contains with unique meanings and formal logic based definitions organized into
.
content is represented using three types of
:
representing clinical meanings that are organized into hierarchies.
which link appropriate human readable
to
which link each concept to other related
These are supplemented by
, which provide additional flexible features and enable configuration of the terminology to address different requirements.
represent clinical thoughts, ranging from |abscess| to |zygote|. Every
has a unique numeric
. Within each
are organized from the general to the more detailed. This allows detailed clinical data to be recorded and later accessed or aggregated at a more general level.
link appropriate human readable terms to
. A
can have several associated
, each representing a
that describes the same clinical concept. Each
of
includes an additional set of
, which link
in another
to the same
. Every
has a unique numeric
link concepts to other
whose meaning is related in some way. These
provide formal definitions and other properties of the
. One type of
is the
relationship which relates a
to more general
. These
relationships define the
of
For example, the |bacterial pneumonia| and |viral pneumonia| both have an |is a| relationship to |pneumonia| which has an |is a| relationship to the more general
|infectious disease of lung|.
Other types of represent aspects of the meaning of a
For example, the |viral pneumonia| has a |causative agent| relationship to the
|virus| and a |finding site|
to the
|structure of parenchyma of lung|.
Every has a unique numeric
(Refsets) are a flexible standard approach used by
to support a variety of requirements for customization and enhancement of
. These include the representation of
, language preferences for use of particular
and
from or to other code systems. Every
has a unique numeric
are organized in hierarchies. Within a
range from the more general to the more detailed. Related
in the
are linked using the |is a| relationship.
has a broad coverage of health related topics. It can be used to describe a patient's medical history, the details of an orthopedic procedure, the spread of epidemics, and much more. At the same time, the terminology has an unmatched depth, which enables clinicians to record data at the appropriate level of granularity.
Specific applications tend to focus on a restricted set of , such as
related to ophthalmology. These
can be used to present relevant parts of the terminology, depending on the clinical context and local requirements. This means for example, that a drop down list to select diagnoses in an
in a mental health facility can be tailored to that setting. Similarly,
can be defined for problem lists for physician specialties or to provide appropriate medication lists for nurses in community care.
When individual jurisdictions have needs beyond those that can be reflected in a global terminology, perhaps due to requirements in local legislation, they can develop local or national . Thus, even though
is global in scope, it can be adapted to each country's or areas requirements.
maps work to provide explicit links to health related classifications and coding schemes in use around the world, e.g.
such as
. Maps to or from several national code systems are also available from, or under development, by
. Maps to or from clinical domain specific code systems are also maintained by specialty groups with which
has collaborative agreement. Maps facilitate reuse of
based clinical data for other purposes, such as reimbursement or statistical reporting.
is a multinational, multilingual terminology. It has a built-in framework to manage different
and
. The
includes a set of language independent
and
. Today,
is available in many
that can be viewed in the SNOMED International SNOMED CT Browser. The basic objective of any
is to provide accurate representations of
in a way that is understandable, usable, and safe.
must be
based. Translators need to analyse
based on the
and take account of its position within the
, its
, and its
to other
. This enables a meaningful
of a
based on phrases that are well used and clearly understood in all countries.
maintains guidelines and other materials to support countries undertaking translations.
and organizations covered by the SNOMED CT
have access to a range of products and services, including:
works that help in the uptake and use of
, including
that support:
Identification of of SNOMED CT content
or
preferences for use of particular
Other relevant to support use of
Guidance for successful use of including:
Participation in the global community through an electronic collaborative space and meeting of special interest groups.