Labelling Standard labels | Safety and Quality

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Safety and Quality > Our Work > Medication Safety > Safer naming, labelling and packaging of medicines > National Standard for User-applied Labelling of Injectable Medicines Fluids and Lines > Labelling Standard labels

These labels are for user-applied labelling of injectable medicine containers and conduits where the contents can no longer be identified by the original packaging.

Full descriptions of what should be labelled, label inclusions and label placement are in the Labelling Standard.

All labels are available as PDF (for viewing) and EPS (for professional printing).

2. Containers

Bags, bottles and syringe labels.

Route/Label

IntraVENOUS (100mm x 60mm) for bags and large syringes (e.g. 50mL) (PDF 27 KB) (EPS 296 KB Zipped)
IntraVENOUS (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 25 KB) (EPS 288 KB Zipped)
Subcutaneous (100mm x 60mm) for bags and large syringes (e.g. 50mL) (PDF 28 KB) (EPS 296 KB Zipped)
Subcutaneous (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 26 KB) (EPS 290 KB Zipped)
Epidural (100mm x 60mm) for bags and large syringes (e.g. 50mL) (PDF 26 KB) (EPS 295 KB Zipped)
Epidural (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 24 KB) (EPS 288 KB Zipped)
IntraTHECAL (100mm x 60mm) for bags and large syringes (e.g. 50mL) (PDF 27 KB) (EPS 291 KB Zipped)
IntraTHECAL (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 24 KB) (EPS 283 KB Zipped)
Regional (100mm x 60mm) for bags and large syringes (e.g. 50mL) (PDF 28 KB) (EPS 296 KB Zipped)
Regional (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 25 KB) (EPS 290 KB Zipped)
Intra-arterial (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 300KB) (EPS 750KB)
Miscellaneous route (100mm x 60mm) for bags and large syringes (e.g. 50mL)(PDF 25 KB) (EPS 291 KB Zipped)
Miscellaneous route (60mm x 50mm) for syringes and small bags (e.g. 50mL and 100mL) (PDF 23 KB) (EPS 281 KB Zipped)
Enteral large (100mm x 60mm) (PDF 41KB) (EPS 281KB Zipped)
Enteral small (60mm x 50mm) (PDF 36KB) (EPS 298KB Zipped)
Inhalation (60mm x 50mm) (PDF 37KB) (EPS 300KB Zipped)

Additional container labels

2. Conduits

IntraVENOUS Burette (PDF 123 KB) (EPS 122KB Zipped)

3. Line and catheter labels

IntraVENOUS (PDF 14KB) (EPS 245KB Zipped)
CENTRAL VENOUS (PDF 14KB) (EPS 245KB Zipped)
Subcutaneous (PDF 16KB) (EPS 244KB Zipped)
Epidural (PDF 12KB) (EPS 240KB Zipped)
IntraTHECAL (PDF 12KB) (EPS 233KB Zipped)
Regional (PDF 9KB) (EPS 233KB Zipped)
Intra-ARTERIAL (PDF 14KB) (EPS 241KB Zipped)
Miscellaneous (PDF 13KB) (EPS 243KB Zipped)
Enteral (PDF 13KB) (EPS 235KB Zipped)
Catheter lock (PDF 47KB) (EPS 835KB Zipped)

	GoR*
Vaginal hysteropexy is equally effective as vaginal hysterectomy with apical suspension and is associated with reduced blood loss and operating time	B
Vaginal hysterectomy with apical suspension has a lower reoperation rate for prolapse than abdominal sacro-hysteropexy	B
Salpingectomy ↓ risk of ovarian cancer in women retaining ovaries at the time of hysterectomy	B
Bilateral salpingo-oophorectomy (BSO) at hysterectomy in post-menopausal women ↓ rate of ovarian cancer without ↑ morbidity	B
SC with hysterectomy is not recommended due to high rate of mesh exposure	B
Supracervical hysterectomy has a lower rate of mesh exposure than hysterectomy and SC	B
Sacro-hysteropexy has a ↑ reoperation rate for prolapse than SC with hysterectomy	C
Supracervical hysterectomy has ↑ rate of recurrent POP compared to SC and hysterectomy	C
Although data is not complete, vaginal based apical suspensions should generally be considered for uterine prolapse reserving SC for recurrent or post hysterectomy prolapse	C

Vault prolapse (post hysterectomy)	GoR*
Sacral colpopexy (SC) has significant anatomical and functional advantages when compared with a broad group of vaginal surgery (± mesh)	A
Transvaginal apical mesh confers no advantage when compared to native tissue repairs	A
Uterosacral and sacrospinous colpopexy have similar efficacy for apical prolapse	B
Laparoscopic SC has advantages over both robotic and open approach however the learning curve with the laparoscopic approach is significant	B
Sacrospinous ligament fixation and abdominal sacrocolpopexy have equivalent success rates	B
Vaginal apical suspensions appropriate in those not suitable for SC (Delphi)	C

Isolated rectocele	GoR*
Posterior Colporrhaphy (PC) is the procedure of choice	B
Levatorplasty associated with high rate of dyspareunia	B
PC reduced prolapse with equal functional outcome compared to transanal approach	B
Fascial plication is superior to site specific posterior vaginal repair	C
No evidence demonstrating benefit for synthetic or biological graft	C
Those with combined vaginal prolapse and bowel symptoms benefit from colorectal and gynaecologist collaboration	C
Ventral rectopexy and vaginal graft is unnecessary for isolated rectocele	D

Isolated cystocele	GoR*
Anterior Colporrhaphy (AC) is generally recommended however permanent synthetic mesh could be considered for recurrent prolapse if women understand the risk/benefit profile	A
Non-autologous grafts offer no significant advantage over AC	B
Native tissue repair is recommended, but carries a higher risk of prolapse recurrence	B
Mesh repairs are associated with higher risk of adverse events	B
Mesh repair may be considered for recurrent prolapse after patient informed and accepts the risk/benefit	B
Adjunctive fascial slings may be used to prevent recurrent prolapse in high grade cystoceles	C

Prolapse surgery and lower urinary tract functions	GoR*
Women with POP + SUI
Surgery for POP + SUI shows a higher rate of cure of urinary incontinence in the short term	A
Combined POP + SUI surgery carries a higher risk of adverse events	A
Women with POP + occult SUI
POP + occult SUI equals POP and continence surgery (consider staged procedure)	B
Women with POP + occult SUI are at risk of development of incontinence post POP repair alone, with some proceeding to additional SUI surgery at a later date	A
Combined POP + SUI surgery reduces the risk of post operative incontinence	A
Combined POP + SUI surgery increases the risk of adverse events	A
Continent women with POP
POP without occult SUI does not require concomitant continence surgery	B
Women with POP and Overactive Bladder (OAB)
There is low level (inconsistent) evidence to suggest that operative repair can improve OAB symptoms	C

	GoR*
Perioperative physiotherapy did not reduce the rate of recurrent prolapse	A
Stage 3 or Stage 4 prolapse	B
Low volume surgeons have ↑ rate of complications compared to high volume surgeons	B
Patient age < 60 years	C
Less experienced surgeons have higher rates of recurrent prolapse after transvaginal surgery	C
Preoperative widened genital hiatus or levator defects on urinary signs and symptoms: data are inconclusive	D

Retropubic versus transobturator mid-urethral sling	GoR*
In the short-term there are similar success rates for retropublic and transobturator	A
Obturator tapes slightly quicker, with less blood loss, bladder perforation and voiding dysfunction difficulties. Most of these differences were small and the complications are readily able to be managed.	A
However in the medium term (>5 years) the reoperation for recurrent SUI greater in obturator group and a small number developed groin pain (3-4%) that is difficult to treat.	B
Retropubic considered as the preferred procedure with transobturator reserved for those patients with a hostile abdomen	C

Retropubic versus transobturator mid-urethral sling	GoR*
In the short‐term there are similar success rates for retropubic and transobturator mid urethral slings	A
Obturator tapes are slightly quicker, with less blood loss, bladder perforation and voiding dysfunction difficulties. Most of these differences were small and the complications are readily able to be managed.	A
However in the medium term (>5 years) the reoperation for recurrent SUI greater in obturator group and a small number developed groin pain (3-4%) that is difficult to treat.	B
Retropubic considered as the preferred procedure with transobturator reserved for those patients with a hostile abdomen	C

Pubovaginal (fascial) sling	GoR*
Similar success rates compared to MUS with longer operating time and possibly higher voiding dysfunction; fascial sling has lower rates of chronic pelvic pain, no risk of erosion or extrusion, and higher rates of post‐operative morbidity	B
Lower rate of bladder perforation during surgery compared to MUS.	B
Fascial sling has higher patient satisfaction and treatment success compared to colposuspension	B
Involves a longer operation, post‐operative hospital stay (2–3 days) and recovery period than MUS	B
Consider in women wishing to avoid mesh‐related complications	–

	GoR*
Inferior outcomes to pubovaginal slings for primary repair, possibly with less voiding dysfunction	B
Outcomes similar or slightly less than synthetic MUS however longer operating time and recovery, slower return to activities of daily living and more prolapse in medium term	B
Laparoscopic approach when performed same technique as open has similar success rate with less morbidity than open approach	B
Lower rates of success, with higher retreatment rates, when compared to pubovaginal slings for primary repair	B

	GoR*
May be a useful option for recurrent SUI with a well supported urethra	B
Greater symptomatic improvement was observed with surgical treatments, although the advantage needs to be balanced against risk of intervention	C
Consider in women wishing to avoid mesh‐related complications	–

	GoR*
The most extensively researched option for SUI establishing efficacy and safety profile	A
As effective or more effective than colposuspension or pubovaginal sling with less perioperative and post-operative morbidity	B
Recommended surgical treatment female SUI	C