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Page 10 of 13  Rajaram et al. Plast Aesthet Res. 2025;12:6  https://dx.doi.org/10.20517/2347-9264.2024.147


 Table 2. Study characteristics of included human trials of lymph node grafting

 Number
 Study   Site of   Time since   Severity of   Experimental   Harvest  Recipient
 Author  Year  of   Aetiology                         Outcome/s              Complications
 design  disease  resection  lymphoedema methodology  site  sites
 patients
 [20]
 Belcaro et al.  2008 Prospective 17  Lower   Non-cancer,  > 5 years  Oedema scale:   Lymph node   Neck = 2  Along great   Treatment group showed  Nil
       *
 limb  nil radiation  T: 4.3 (0.7)    sectioning and   Axillary =  saphenous vein significant improvement
       *
 C: 4.3 (0.5)  transplant    2                        compared to controls in
                             Inguinal                 limb volume, oedema
                             = 6                      scale score, size of limbs
                                                      and skin thickness
 [21]
 Travis et al.  2015 Prospective 10  Upper   Axillary   > 6 months   60% ISL Stage 2  Two whole lymph  Inguinal  Wrist +   Truncal cone volume   Seroma = 1
 limb  dissection  (mentioning   40% ISL Stage 3  nodes   Supratrochlear  reduction of 89.6 mL on
 stable lympho-  transplanted          nodes          average (SD: 136.5 ml)
 edema)
 [22]
 Brian and McEwan  2017 Case report 1  Upper   Axillary   1 year  ISL Stage 2  Two whole lymph  Inguinal  Wrist +   Volume reduced by   Nil
 limb  dissection  nodes               Supratrochlear  295ml, good flowing
             transplanted              nodes          lymphatic channel on
                                                      imaging

 *
 Data presented as mean (standard deviation). T: Treatment group; C: control group; ISL: international society of lymphology; SD: standard deviation.



 and the resultant swelling is especially difficult to manage. In fact, whether ISL stage 3 lymphoedema can be effectively managed at all remains in
 question [23,24,25] . Within all animal models that have currently been explored, NVLNT was either not examined in a lymphoedema model or was undertaken at
 the time of surgical disruption of lymphatic networks in the control populations. In essence, all animal studies did not allow time for lymphoedema to establish
 within animal models before examining the efficacy of NVLNT, and as a result, a “prophylactic” graft was applied. This means that the efficacy of NVLNT is

 not readily validated in established lymphoedema even within animal models.


 This is especially pertinent when considering the study population of the available human evidence. In Travis et al.’s cohort, all patients were ISL stage 2 or

 higher, with 40% of patients being ISL stage 3 . Given this, even a modest improvement in limb volume with subjective patient satisfaction may be a valuable
 [21]
 outcome in the most stubborn and difficult-to-treat form of lymphoedema.



 Therefore, future animal models could attempt to measure the efficacy of NVLNT in subjects who have histologically proven fibro-fatty transformation of
 lymphoedema.



 No adjuvants used
 Secondly, most animal studies demonstrate that the addition of any adjuvant therapy, whether it be sterile infection, PRP, or VEGF-C, elicits considerable
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