Why SISPeC matters

A short peripheral catheter is one of the most common devices in healthcare, and also one of the most inconsistently inserted. A new protocol, described in an abstract published OnlineFirst by a SAGE journal (title not yet confirmed) and developed jointly by GAVeCeLT, the Italian Group of Long-Term Venous Access Devices, and IVAS, the Italian Vascular Access Society, sets out a six-step insertion bundle called SISPeC. The authors are Pinelli, Bastos, Pittiruti and colleagues, and the full citation appears at the end of this article.

Short peripheral catheters, in VeinTrain's own teaching, are already understood as devices whose safety depends less on any single technical step and more on the judgement and consistency a practitioner brings to the whole sequence, from vein assessment through to securement. SISPeC's structure, a defined six-step sequence, sits comfortably alongside that existing position: it formalises steps most experienced practitioners already recognise, without replacing the reasoning that has to sit around them.

The six steps reported in the abstract

According to the abstract, SISPeC sets out six steps. First, a pre-procedural examination of both arms, carried out with and without a tourniquet, to properly assess the available venous options before committing to a site. Second, site selection that deliberately avoids flexion areas such as the wrist and the antecubital fossa, preferring forearm veins or, where feasible, the cephalic vein at the upper arm. Third, hand hygiene and skin antisepsis. Fourth, puncture and cannulation using a cannula-over-needle technique, preferably with a tourniquet in place. Fifth, connection to the administration set. Sixth, securement of the device and protection of the exit site.

Read on their own, these six steps will look familiar to anyone trained in vascular access: none of them is a radical departure from established practice. What the abstract frames as the contribution of SISPeC is less any single step and more the discipline of naming all six together as a bundle, on the reasoning (again, as reported in the abstract, not independently verified from the full text) that bundled, structured approaches reduce the complications associated with short peripheral catheter insertion: multiple venipunctures, phlebitis, dislodgement, occlusion, local infection and bloodstream infection.

VeinTrain's own interpretation is that the value of a six-step bundle like this lies less in any individual instruction and more in what it does organisationally: it gives trainers, assessors and clinical teams a shared, nameable structure to teach against, observe against and audit against. That is a genuinely useful thing for a specialist training provider to be able to reference, provided it is referenced honestly, as an abstract-stage protocol whose full evidence base has not yet been reviewed.

Why publishing a protocol does not automatically change practice

A published bundle is a description of what good insertion technique should look like. It is not, by itself, a mechanism for making that technique happen reliably, at scale, across a real workforce with variable experience, variable supervision and variable time pressure. This gap between "the evidence says" and "the ward does" is one of the oldest and most stubborn problems in clinical education, and it is not solved by writing the protocol more clearly, translating it into more languages, or repeating it more often in a policy document.

VeinTrain's interpretation, built from years of delivering hands-on and blended training rather than from anything in the SISPeC abstract itself, is that protocols change practice only when they are paired with a mechanism for building and checking the underlying skill: structured practice time, observed performance, feedback and correction, and a route back to the workplace where the skill is expected to be used under real supervision. A protocol on a page and a competent practitioner at the bedside are two different things, connected by a training and governance process that has to be deliberately built, not assumed.

This is not a criticism of SISPeC or its authors; it is simply the observation that any six-step bundle, however well evidenced once the full paper is reviewed, inherits the same implementation problem that every clinical protocol inherits. The interesting leadership question, and the reason this article sits under Leadership and Transformation rather than under a purely clinical heading, is what an organisation does with a protocol like this once it exists: whether it becomes a poster on a wall, or whether it becomes something a workforce is actually trained, observed and supported to do.

From technical instruction to observable competency

Turning a written step into an observable skill involves a translation that is easy to underestimate. "Avoid flexion areas; prefer forearm veins" is a sentence. Applying it correctly means a practitioner assessing an individual patient's anatomy, weighing vessel condition, planned duration of therapy and other clinical factors, and making a judgement call that a written instruction cannot make for them. The same is true of "cannula-over-needle technique, preferably with tourniquet": the words describe an outcome, not the hand-eye coordination, the feel for the vessel, or the recovery from a difficult attempt that actually produces that outcome safely.

This is precisely the training/competency distinction VeinTrain holds to across all of its content: a certificate or a completed course documents that learning has taken place, but it does not, and cannot, replace the employer's own competency sign-off, local policy, supervision arrangements or scope-of-practice decisions. SISPeC's six steps, if and when VeinTrain teaches to them, would sit inside that same structure: teaching material that supports a practitioner's development, not a substitute for the workplace judgement about whether that individual practitioner is, in fact, ready and authorised to cannulate independently.

Where AI has any role in this process, at VeinTrain or elsewhere, that role is bounded in exactly the same way. AI can organise, retrieve and summarise evidence. It does not assess clinical competence, certify practitioners, diagnose patients or replace accountable human judgement. A protocol can be summarised by a machine; whether a named individual is safe to insert a cannula on a named patient is, and must remain, a human clinical governance decision.

The role and limitations of OSCEs

Objective Structured Clinical Examinations, OSCEs, are one of the more established tools for checking whether a technical skill like cannulation has actually been learned, rather than merely covered in a session. Used well, an OSCE gives structured, observed evidence of a practitioner's performance against defined criteria, at a specific point in time, under specific conditions.

That description also states the limitation plainly. An OSCE is evidence of performance at a point in time. It is not permanent proof of competence, and it is not a substitute for the ongoing workplace governance, supervision and periodic reassessment that actually sustains safe practice over months and years. A practitioner who performs a six-step insertion bundle correctly and confidently in a structured assessment has demonstrated something real and valuable, but that demonstration does not, on its own, tell an employer how that same practitioner will perform under time pressure on a busy ward eighteen months later, without recent supervision, on a patient with difficult veins.

If SISPeC or a protocol like it were to be built into an assessment structure, the OSCE would be one component of a wider competency picture, not the whole of it. This is a distinction VeinTrain holds consistently across its own training and assessment thinking, independent of any specific protocol: a snapshot of performance and an organisation's ongoing assurance that a person remains safe to practise are related but genuinely different things, and conflating them is a recognised failure mode in clinical education more broadly.

Leadership and transformation in the final mile

There is a useful way of thinking about this gap, drawn from VeinTrain's own broader thinking about how innovation actually reaches practice rather than staying on paper: the idea that the hardest part of any change is not the invention or the evidence, but what might be called the final mile, the point where something has to become precise enough, well-supported enough and durable enough to be used, reliably, by real people under real conditions. That thinking was developed in relation to VeinTrain's own simulation and training infrastructure, but the same logic applies directly to a clinical protocol like SISPeC: publishing six steps is not the final mile. Building the training, supervision and organisational habit that makes those six steps someone's normal, reliable practice is the final mile, and it is a leadership and systems problem as much as a clinical one.

This is where leadership and transformation genuinely meet clinical education. A protocol does not implement itself. It requires someone, somewhere in an organisation, to decide that this is how insertion will now be taught, to build or adapt training around it, to check that it is actually happening, and to hold that standard through staff turnover, rota pressure and the everyday erosion that pulls any new standard back toward old habits. That is organisational and cultural work, not just clinical content, and it depends on the kind of attentive, relational, systems-aware leadership that treats an evidence bundle as the start of a change process rather than its conclusion.

Governance, supervision and local policy

None of the above should be read as suggesting SISPeC, once fully reviewed, could or should replace UK clinical guidance, local trust or employer policy, or manufacturer instructions for any specific device. SISPeC is Italian-origin guidance, developed by GAVeCeLT and IVAS, and the abstract gives no indication that it was developed with UK regulatory or clinical governance structures in mind. Any UK organisation considering it would need to weigh it against its own established sources, such as national infusion therapy standards, local infection prevention and control policy, and the instructions for use of the specific devices in play, before adopting any element of it into local practice.

VeinTrain's own position, consistent across its published standards material, is that international evidence like this is useful for informing and enriching training content, not for overriding local governance. Where VeinTrain teaches to any protocol, UK or international, the accompanying message is the same: local policy, employer competency sign-off, supervision and individual scope of practice sit above any single published bundle, however well evidenced. This is an area VeinTrain would want to cross-reference explicitly against UK guidance such as national infusion therapy standards before making any public claim that connects SISPeC to UK practice, and that cross-referencing has not yet been done as part of this article.

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Implications for educators, trainers and clinical leaders

For educators and trainers, the practical implication of SISPeC, once its full evidence base is reviewed and confirmed, is not "teach these six steps as a new script" but "use a clearly structured bundle like this as a scaffold for observation and feedback, inside an existing competency framework." A named, six-step structure is genuinely useful for building an observation checklist, a discussion prompt in a debrief, or a shared vocabulary between trainer and learner about what "good" looks like at each stage of an insertion.

For clinical leaders, the implication sits closer to governance: deciding whether, and how, a protocol like SISPeC should be reflected in local policy, training content or induction material is a decision that belongs to the organisation's own clinical governance structure, informed by, but not dictated by, any single published bundle. VeinTrain, as a specialist provider, sees its role as supporting that decision with well-labelled, honestly-evidenced training material, not as making the decision on an organisation's behalf.

The wider point, and the one this article is really making under a Leadership and Transformation heading, is that every new protocol is also a test of an organisation's capacity to actually implement something new: whether it has the training infrastructure, the supervision capacity and the cultural habit of following evidence through to sustained practice, or whether new evidence tends to arrive, get noted, and quietly not change very much. SISPeC is a useful, live example to think that capacity through, precisely because it is current, credible in its provenance, and not yet fully reviewed, which is an honest state most new evidence sits in for a while.

What is publicly available at the time of writing is the abstract only. The full paper sits behind a SAGE paywall, and VeinTrain has not purchased or read it. Everything said here about the content of SISPeC is drawn from that abstract, and nothing beyond it. This matters because it is easy, in training and comms work, to let a protocol's headline become bigger than its evidence base actually supports. SISPeC is worth writing about not because VeinTrain can yet say how strong the underlying evidence is (that needs the full paper), but because the existence of the protocol raises a question that sits squarely in VeinTrain's own territory: what happens between a published bundle and a clinician's hands at the bedside.