Pengukuran respons nyeri dengan konduktansi kulit menjadi perkembangan teknologiyang memberi kemudahan dalam penggunaannya. Bayi berat lahir rendah akanmengalami prosedur pengambilan darah berulang selama perawatannya di rumah sakit.Penelitian cross sectional ini bertujuan untuk melihat perbedaan respons nyeri dengankonduktansi kulit pada bayi berat lahir rendah terhadap prosedur invasif pengambilandarah vena, arteri, dan kapiler. Metode consecutive sampling mendapatkan sampelsebanyak 44 pada masing-masing kelompok. Pengukuran respons nyeri dilakukan padatiga menit sebelum, selama, dan tiga menit setelah prosedur. Penelitian ini menunjukkanperbedaan bermakna respons nyeri dengan konduktansi kulit sebelum, selama, setelahprosedur invasif pada masing-masing kelompok (p<0,001); terdapat perbedaan bermaknarespons nyeri dengan konduktansi sebelum, sebelum-selama, selama-setelah prosedurinvasif antara ketiga kelompok (p<0,001). Respons nyeri ditunjukkan dengan perubahantegangan (volt) secara real time, yang mampu mendukung tindakan keperawatan dalampengelolaan nyeri terhadap prosedur pengambilan darah di unit perawatan perinatologipada bayi berat lahir rendah.

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Skin conductance measurement become technological advancement which provide ease

of use in assess pain. Low-birth-weight infants undergo repeated blood samping during

their hospital care. This cross-sectional study aimed to investigate differences pain

response with skin conductance in low-birth-weight infants towards invasive procedures

of venous, arterial and capillary blood sampling. Consecutive sampling method obtained

44 of samples in each group. Pain response measurements were taken at three minutes

before, during, and three minutes after procedure. This study showed significant

differences pain response with skin conductance before, during, after invasive procedures

in each group (p<0.001); and there was a significant difference pain response with

conductance before, before-during, during-after invasive procedure between groups

(p<0.001). Pain response indicated by changes in voltage in real time, which could

support nursing management of pain towards blood sampling in low birth weight infants

at perinatology unit