SNPMiner Trials by Shray Alag


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Report for Mutation M1106C

Developed by Shray Alag, 2020.
SNP Clinical Trial Gene

There is one clinical trial.

Clinical Trials


1 "Eye Protection After Mydriatic Use for ROP Screening: Impact on Vitals Signs and Pain Scores"

Pupillary dilation induced by mydriatic agents during Retinopathy of Prematurity exams can persist for hours. Despite regular use of eye protection for mydriatic-induced light sensitivity for infants, children and adults, eye protection after mydriasis has not been addressed in neonates. This study examines the use of eye patches to protect the dilated pupil from light exposure and their impact on vital signs and pain scores. prevents tachycardia, tachypnea and discomfort in neonates after ROP screening.

NCT01860534 Light Sensitivity Behavioral: eye covers
MeSH:Photophobia
HPO:Photophobia

Heart rate was recorded directly from their cardio-respiratory monitor (Agilent M1106C). --- M1106C ---

Respiratory rate was recorded directly from their cardio-respiratory monitor (Agilent M1106C). --- M1106C ---

Oxygen percent saturation was recorded directly from their cardio-respiratory monitor (Agilent M1106C). --- M1106C ---

Primary Outcomes

Description: At 3 times (pre-mydriasis, 1 hour and 3 hours after Cyclomydril drops), subjects were exposed to ambient lighting for a period of five minutes. This usually entailed removing isolette covers and exposing the patient to the ambient room light. During this time, pain and vital signs were recorded every minute. Heart rate was recorded directly from their cardio-respiratory monitor (Agilent M1106C). The mean of the five recorded values for each variable was used

Measure: Heart Rate

Time: pre-mydriasis, 1 hour and 3 hours after mydriatic drops

Secondary Outcomes

Description: At 3 times (pre-mydriasis, 1 hour and 3 hours after Cyclomydril drops), subjects were exposed to ambient lighting for a period of five minutes. This usually entailed removing isolette covers and exposing the patient to the ambient room light. During this time, pain and vital signs were recorded every minute. Respiratory rate was recorded directly from their cardio-respiratory monitor (Agilent M1106C). The mean of the five recorded values for each variable was used

Measure: Respiratory Rate

Time: pre-mydriasis, 1 hour and 3 hours after mydriatic drops

Description: At 3 times (pre-mydriasis, 1 hour and 3 hours after Cyclomydril drops), subjects were exposed to ambient lighting for a period of five minutes. This usually entailed removing isolette covers and exposing the patient to the ambient room light. During this time, pain and vital signs were recorded every minute. Oxygen percent saturation was recorded directly from their cardio-respiratory monitor (Agilent M1106C). The mean of the five recorded values for each variable was used

Measure: Oxygen Percent Saturation

Time: pre-mydriasis, 1 hour and 3 hours after mydriatic drops

Description: At 3 times (pre-mydriasis, 1 hour and 3 hours after Cyclomydril drops), subjects were exposed to ambient lighting for a period of five minutes. This usually entailed removing isolette covers and exposing the patient to the ambient room light. During this time, pain and vital signs were recorded every minute. Pain scores were recorded by direct observation using the Neonatal and Infant Pain Scale (NIPS). The mean of the five recorded values for each variable was used. NIPS scoring consists of 6 measures associated with neonatal or infant pain, each with a range of 0-7 with low scores (0-2) associated with no pain and scores > to 4 associated with severe pain. Maximum scoring would be 42 for severe pain and minimal being 0 for no pain. The six measures on NIPS include: facial expression, crying, breathing patterns, arm movements, leg movements and state of arousal.

Measure: Pain

Time: pre-mydriasis, 1 hour and 3 hours after mydriatic drops


HPO Nodes


HP:0000613: Photophobia
Genes 311
XPC TTLL5 PIKFYVE PDE6H MPLKIP RTN4IP1 CNGB3 NLRP3 SLC1A3 RAB28 REEP6 PRPF6 LSS XPA KIAA1549 TACSTD2 PRPH2 CNGA3 MEFV ERCC5 IL12A-AS1 ALMS1 MC1R GUCA1B CTNS SLC6A19 PDE6G OVOL2 PDE6C GTF2H5 ZEB1 CA4 DDB2 TOPORS EYS IDH3B GRHL2 MFRP RDH12 ADAM9 ZNF408 OPN1SW SCAPER PCNA CCR1 PITPNM3 ARL2BP OPN1MW RAX2 XPC ATF6 CABP4 KLRC4 ALDH3A2 KRT12 PDE6B GJB6 ELOVL1 OPN1LW HLA-B POC1B MCOLN1 PCYT1A PRPF3 GUCA1A OPN1MW GTF2E2 PNPLA6 RNF113A CTNS SPATA7 KCNJ13 SCN1A SEMA4A SLC7A14 RGS9BP RLBP1 UNC119 GJB2 CST6 PDE6C AGBL5 TAT GUCA1A GPR143 ATF6 CACNA2D4 C4A RPGR IKZF1 HADHA UBAC2 ERCC2 TYR NOD2 RPGRIP1 COL17A1 BEST1 MBTPS2 CRX GUCY2D LTBP2 DRAM2 FOXC2 KRT3 OPN1MW RAX2 CNNM4 SLC39A4 PRPH2 PCNA LYST RBP3 CNGB1 ZNF513 FOXE3 GJB6 CACNA2D4 LRAT GALC GJB6 RDH5 AHI1 IFT140 OPN1LW TGFBI CFAP410 GUCY2D SAG KCNV2 SLC24A5 ERCC2 OFD1 TLR4 ATF6 HLA-A POLH MBTPS2 HPS6 ARL6 GPR143 ESR1 COL8A2 PRPH2 CDHR1 FAS TYR IL12A CNGA1 DHDDS ZNF408 DRAM2 RPE65 CFAP410 OCA2 RHO EYS KIZ MAPT CRX RGR XPA ERCC3 RPGR TGFBI PRPF8 DHX38 IDH3A CHST6 NEK2 CNGA3 RPGRIP1 MAK NLRP1 PROM1 IL10 RHO BBS2 ANTXR1 ST14 CEP78 HLA-DRB1 AIRE STAT4 ITM2B RP9 TYR CRX KLHL7 IL23R GJB2 ERCC3 ERAP1 ABCA4 RLBP1 C8ORF37 AIPL1 WNT10A CRYGC LRMDA NR2E3 PLCD1 SLC45A2 DKK1 CDHR1 HARS1 FOXC2 NMNAT1 CERKL NRL GUCA1A PDE6C CDHR1 TNF OPN1LW ERCC2 PROM1 RPGR GNB3 USH2A TIMM8A GNAT2 OVOL2 RIMS1 RP2 IMPDH1 IFT172 CNGB3 HLA-B TARS1 ALMS1 PRCD DDB2 ATXN7 SLC1A3 TYR FAM161A RPE65 CACNA1F PDE6H PRPH2 RPGRIP1 ROM1 GUCY2D PRPF4 AHSG CA4 TUB ERCC6 GNAT2 NMNAT1 CACNA1F TTC8 SEMA4A ARL3 LRAT HK1 C8ORF37 NR2E3 CNNM4 TULP1 SNRNP200 PITPNM3 ERCC2 IFT88 POLH PCARE ALDH3A2 FSCN2 AP3D1 MERTK RPGR CNGA3 AP1B1 VSX1 LYST PSAP TIMM8A GNAT2 EDNRA HGSNAT CTNS IMPG2 POMGNT1 MAPT TTC8 CNGB3 PRPH2 TP63 PRPF31 CEP250 PRPH2 MBTPS2 ERCC4 RGS9 ARHGEF18 MCOLN1 C8ORF37 ITGB6 RP1 SLC24A5 CLRN1 AHR SEMA4A ABCA4 POLA1 PDE6A TP63 CRB1 AP3B1 CHST6
Protein Mutations 1
M1106C
SNP 0