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epinephrine acid tartrate

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Local anesthesia in piglets undergoing castration—A comparative study to investigate the analgesic effects of four local anesthetics on the basis of acute physiological responses and limb movements 11%
Anna M. Saller; Julia Werner; Judith Reiser; Steffanie Senf; Pauline Deffner; Nora Abendschön; Christine Weiß; Johannes Fischer; Andrea Schörwerth; Regina Miller; Yury Zablotski; Shana Bergmann; Michael H. Erhard; Mathias Ritzmann; Susanne Zöls; Christine Baumgartner · file · #20

…in combination with subscrotally injected epinephrine distorted the measurements of the hemodynamic parameters (Fig I in S1 Appen- dix) and plasma epinephrine (Fig II in S1 Appendix), no epinephrine was added to…

Local anesthesia in piglets undergoing castration—A comparative study to investigate the analgesic effects of four local anesthetics on the basis of acute physiological responses and limb movements 11%
Anna M. Saller; Julia Werner; Judith Reiser; Steffanie Senf; Pauline Deffner; Nora Abendschön; Christine Weiß; Johannes Fischer; Andrea Schörwerth; Regina Miller; Yury Zablotski; Shana Bergmann; Michael H. Erhard; Mathias Ritzmann; Susanne Zöls; Christine Baumgartner · file · #87

…in combination with subscrotally injected epinephrine distorted the measurements of the hemodynamic parameters (Fig I in S1 Appen- dix) and plasma epinephrine (Fig II in S1 Appendix), no epinephrine was added to…

Behavior of Piglets in an Observation Arena before and after Surgical Castration with Local Anesthesia 2%
Regina Miller; Andrea Grott; Dorian Patzkéwitsch; Dorothea Döring; Nora Abendschön; Pauline Deffner; Judith Reiser; Mathias Ritzmann; Anna M. Saller; Paul Schmidt; Steffanie Senf; Julia Werner; Christine Baumgartner; Susanne Zöls; Michael Erhard; Shana Bergmann · file · #14

…Study Product Information and Injection Number of Study Group Drug Dosage Part Brand Name Technique Piglets Xylocitin® 2% with Lido Lidocaine One-step, epinephrine 0.001%; mibe 2 One-Step (F) hydrochloride…

Behavior of Piglets in an Observation Arena before and after Surgical Castration with Local Anesthesia 2%
Regina Miller; Andrea Grott; Dorian Patzkéwitsch; Dorothea Döring; Nora Abendschön; Pauline Deffner; Judith Reiser; Mathias Ritzmann; Anna M. Saller; Paul Schmidt; Steffanie Senf; Julia Werner; Christine Baumgartner; Susanne Zöls; Michael Erhard; Shana Bergmann · file · #81

…Study Product Information and Injection Number of Study Group Drug Dosage Part Brand Name Technique Piglets Xylocitin® 2% with Lido Lidocaine One-step, epinephrine 0.001%; mibe 2 One-Step (F) hydrochloride…

Application of a topical anesthetic reduces pain-associated parameters during spermatic cord transection in piglet castration using a minimal anesthesia model 2%
Pauline Deffner; Steffanie Senf; Anna Saller; Julia Werner; Judith Reiser; Nora Abendschön; Yury Zablotski; Christine Baumgartner; Mathias Ritzmann; Susanne Zöls · file · #6

…topical anesthetic in piglet castration is a as well as 0.048 g/L epinephrine acid tartrate as a feasible approach to reduce pain during the proce- vasoconstrictor and 5 g/L…

Application of a topical anesthetic reduces pain-associated parameters during spermatic cord transection in piglet castration using a minimal anesthesia model 2%
Pauline Deffner; Steffanie Senf; Anna Saller; Julia Werner; Judith Reiser; Nora Abendschön; Yury Zablotski; Christine Baumgartner; Mathias Ritzmann; Susanne Zöls · file · #73

…topical anesthetic in piglet castration is a as well as 0.048 g/L epinephrine acid tartrate as a feasible approach to reduce pain during the proce- vasoconstrictor and 5 g/L…

Comparative Study of Pain-Related Responses of Male Piglets up to Seven Days of Age to the Application of Different Local Anaesthetics and Subsequent Castration 2%
Franz Josef Söbbeler; Sören Wendt; Andreas Briese; Julia Tünsmeier; Karl-Heinz Waldmann; Sabine Beate Rita Kästner; Alexandra von Altrock · file · #27

perimental and injection groups. groups. in the experimental Bar diagrams Bar diagrams of (A) of (A) mean mean difference difference in respiratory in respiratory rate minute rate [breaths [breaths −1minute ] between baselinebaseline −1] between and and maximum maximum respiratory respiratory rate duringrate injection, during injection, (B) mean (B)difference mean difference in meaninarterial mean blood arterialpressure blood pressure (MAP) [mmHg] (MAP) [mmHg] betweenbetween baseline baseline and maximumand maximum MAP during MAPinjection, during injection, (C) mean(C) mean difference difference in heart in heart rate [beats− minute 1 −1] between baseline and during injection, (D) mean difference in RR-Interval [ms] rate [beats minute ] between baseline and during injection, (D) mean difference in RR-Interval [ms] between baseline and during injection with the mean at the top of the bar and the whiskers as between baseline and during injection with the mean at the top of the bar and the whiskers as standard standard deviation. Boxplots of (E) difference in standard deviation of heart rate (SDHR) [beats deviation. Boxplots of (E) difference in standard deviation of heart rate (SDHR) [beats minute−1 ] minute−1] between baseline and during injection, (F) difference in standard deviation of RR-Interval between(SDRR) baseline[ms] and between during injection, baseline(F) difference and in standard during injection anddeviation of RR-Interval (G) difference in low (SDRR) frequency/high [ms] between baseline frequency andratio (LF/HF) during injection between and (G) baseline anddifference in low The during injection. frequency/high frequency boxes representing the first and (LF/HF)third ratioquartile betweenand baseline and during the whiskers injection. ranging

Comparative Study of Pain-Related Responses of Male Piglets up to Seven Days of Age to the Application of Different Local Anaesthetics and Subsequent Castration 2%
Franz Josef Söbbeler; Sören Wendt; Andreas Briese; Julia Tünsmeier; Karl-Heinz Waldmann; Sabine Beate Rita Kästner; Alexandra von Altrock · file · #94

perimental and injection groups. groups. in the experimental Bar diagrams Bar diagrams of (A) of (A) mean mean difference difference in respiratory in respiratory rate minute rate [breaths [breaths −1minute ] between baselinebaseline −1] between and and maximum maximum respiratory respiratory rate duringrate injection, during injection, (B) mean (B)difference mean difference in meaninarterial mean blood arterialpressure blood pressure (MAP) [mmHg] (MAP) [mmHg] betweenbetween baseline baseline and maximumand maximum MAP during MAPinjection, during injection, (C) mean(C) mean difference difference in heart in heart rate [beats− minute 1 −1] between baseline and during injection, (D) mean difference in RR-Interval [ms] rate [beats minute ] between baseline and during injection, (D) mean difference in RR-Interval [ms] between baseline and during injection with the mean at the top of the bar and the whiskers as between baseline and during injection with the mean at the top of the bar and the whiskers as standard standard deviation. Boxplots of (E) difference in standard deviation of heart rate (SDHR) [beats deviation. Boxplots of (E) difference in standard deviation of heart rate (SDHR) [beats minute−1 ] minute−1] between baseline and during injection, (F) difference in standard deviation of RR-Interval between(SDRR) baseline[ms] and between during injection, baseline(F) difference and in standard during injection anddeviation of RR-Interval (G) difference in low (SDRR) frequency/high [ms] between baseline frequency andratio (LF/HF) during injection between and (G) baseline anddifference in low The during injection. frequency/high frequency boxes representing the first and (LF/HF)third ratioquartile betweenand baseline and during the whiskers injection. ranging

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