9
0393-974X (2019) Copyright © by BIOLIFE, s.a.s. This publication and/or article is for individual use only and may not be further reproduced without written permission from the copyright holder. 8QDXWKRUL]HG UHSURGXFWLRQ PD\ UHVXOW LQ ソQDQFLDO DQG RWKHU SHQDOWLHV DISCLOSURE: ALL AUTHORS REPORT NO CONFLICTS OF INTEREST RELEVANT TO THIS ARTICLE. 1 JOURNAL OF BIOLOGICAL REGULATORS & HOMEOSTATIC AGENTS Vol. 33, no. 3 (S1), 1-9 (2019) 7KH QHFHVVLW\ WR GU\ WKH URRW FDQDO EHIRUH SURFHHGLQJ WR LWV ソOOLQJ LQ RUGHU WR LQFUHDVH DGKHUHQFH RI WKH ソOOLQJ material to the root canal’s walls, is agreed by everyone DV D PDWWHU RI IDFW ,QGHHG KXPLGLW\ FDQ DOWHU WKH FHPHQW KDUGHQLQJ SURSHUWLHV LQFUHDVLQJ RU GHFUHDVLQJ WKH ZRUNLQJ WLPH DQG LQKLELW LWV SHQHWUDWLRQ LQWR WKH GHQWLQDO WXEXOHV %ORRG DQGRU RWKHU H[XGDWHV UHSUHVHQW D VWDWH RI KXPLGLW\ LQ WKH FDQDO GXULQJ WKH SHUIRUPDQFH RI D URRW WUHDWPHQW SDWKRORJLF VLWXDWLRQV can induce a bleeding in the canal that can sometimes EH GLIソFXOW WR FRQWURO SUHYHQW DQ DGHTXDWH GU\LQJ RI WKH FDQDO DQG OHDG WR WKH QHFHVVLW\ WR ソQLVK WKH WUHDWPHQW LQ more than one session. %ORRG SUHVHQFH FDQ LQKLELW HIIHFWLYHQHVV RI LUULJDQW VROXWLRQV VRGLXP K\SRFKORULWH GXH WR D KLJK FRQFHQWUDWLRQ RI DOEXPLQ 7KH PRVW IUHTXHQW FDXVH RI EOHHGLQJ LV LUUHYHUVLEOH SXOSLWLV LQ WKLV FDVH WKH blood comes from the canal system and often needs D SURORQJHG ULQVLQJ DQG ZDLWLQJ WLPH WR VWRS 2WKHU causes of bleeding can be due to iatrogenic factors RYHU LQVWUXPHQWDWLRQ GHQWLQDO FKLSV H[WUXVLRQ LUULJDWLRQ EH\RQG WKH DSH[ SHUIRUDWLRQV VWULSSLQJ RU anatomical factors, such as minor or ignored canals VWLOO FRQWDLQLQJ EOHHGLQJ SXOS 6RPHWLPHV EOHHGLQJ FDQ EH FRQQHFWHG WR WKH SUHVHQFH RI H[XGDWH IURP DQ DFXWH RU FKURQLF DSLFDO OHVLRQ Blood contamination of the canal during preparation and obturation can be a problem in Endodontics; this may result in apical microleakage. The purpose of this investigation was to observe and evaluate WKH KHPRVWDWLF SURSHUWLHV RI ELRソOP GHFRQWDPLQDQW PDWHULDO VXOIRQLFVXOSKXULF DFLG VROXWLRQ +\EHQ; EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping. A prospective study was designed with 2 randomized parallel groups: decontaminant material (experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal EOHHGLQJ ZDV HYDOXDWHG E\ WKH FOLQLFLDQ EHIRUH DQG DIWHU WKH DSSOLFDWLRQ RI WKH VXOIRQLFVXOSKXULF VROXWLRQ or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or sodium hypochlorite 5% in 30 patients (control group). T-test showed that the percentage change in millimeters of blood detected in the root canal was statistically greater for experimental group [mean difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental JURXS WKDQ LQ WKH VRGLXP K\SRFKORULWH JURXS FRQWURO )XUWKHU UHVHDUFK PD\ EH QHHGHG WR FRQソUP the results of this study. Key words: calcium hydroxide, endodontic treatment, root canal bleeding, root canal exudation Corresponding author: Dr. Luca Di Nasso, 'HSDUWPHQW RI (QGRGRQWLFV 8QLYHUVLW\ RI )ORUHQFH 9LD GHO 3RQWH GL 0H]]R )ORUHQFH ,WDO\ 7HO )D[ e-mail: [email protected] THE EFFECTS OF A NEW DECONTAMINANT SOLUTION ON ROOT CANAL BLEEDING DURING ENDODONTIC TREATMENT: A RANDOMIZED CONTROLLED STUDY R. PACE 1 / ', 1$662 1 $ 1,==$5'2 2 , L. TAURO 1 , * 3$*$9,12 1 DQG 9 *,8/,$1, 1 1 Department of Endodontics, University of Florence, Florence, Italy; 2 Department of biostatistics, University of Milan, Milan, Italy 7KH QHFHVVLW\ WR GU\ WR LWV ソOOLQJ LQ RUGHU WR material to the root cana DV D PDWWHU RI IDFW FHPHQW KDUGHQLQJ SURS WKH ZRUNLQJ WLPH WKH GHQWLQDO WXEXOHV UHSUHVHQW D VWDWH RI KX SHUIRUPDQFH RI D URRW can induce a bleeding EH GLIソFXOW WR FRQWURO S FDQDO DQG OHDG WR WKH QH more than one session. LQKLELW HIIHFWLYHQHVV RI K\SRFKORULWH GXH WR D KLJK 7KH PRVW IUHTXHQW FDXVH H SXOSLWLV LQ WKLV FDVH WKH nal system and often needs ZDLWLQJ WLPH WR VWRS 2WKHU e due to iatrogenic factors GHQWLQDO FKLSV H[WUXVLRQ SHUIRUDWLRQV VWULSSLQJ RU as minor or ignored canals SXOS 6RPHWLPHV EOHHGLQJ UHVHQFH RI H[XGDWH IURP DQ LRQ Blood contamination of the canal during preparation and obturation can be a problem in Endodontics; this may result in apical microleakage. The purpose of this investigation was to observe and evaluate WKH KHPRVWDWLF SURSHUWLHV RI ELRソOP GHFRQWDPLQDQW PDWHULDO VXOIRQLFVXOSKXULF DFLG VROXWLRQ +\EHQ; EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping. A prospective study was designed with 2 randomized parallel groups: decontaminant material (experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal EOHHGLQJ ZDV HYDOXDWHG E\ WKH FOLQLFLDQ EHIRUH DQG DIWHU WKH DSSOLFDWLRQ RI WKH VXOIRQLFVXOSKXULF VROXWLRQ or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or sodium hy the percentage change in millimeters of blood detected in the root canal was statistically greater for experimental group [mean difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental JURXS WKDQ LQ WKH VRGLXP K\SRFKORULWH JURXS FRQWURO )XUWKHU UHVHDUFK PD\ EH QHHGHG WR FRQソUP the results of this stu Key words: canal exudation DURING ENDODONTIC TREATMENT: A RANDOMIZED CONTROLLED STUDY R. PACE 1 / ', 1$662 1 $ 1,==$5'2 2 , L. TAURO 1 , * 3$*$9,12 1 DQG 9 *,8/,$1, 1 1 Department of Endodontics, University of Florence, Florence, Italy; 2 Department of biostatistics, 2 University of Milan, Milan, Italy e udy roup YDOXDWH ypochlor canal. Six omly divide hypochlorite of blood IC al. Si divi hlo of the canal duri th se ud ro YD yp ca dom hyp of blood (IC of the canal durin mly di ochlo al. Six divid chlor x XDWH p he c e canal SHUWLHV LQFUHDVLQJ RU GHFUHDVLQJ DQG LQKLELW LWV SHQHWUDWLRQ LQWR %ORRG DQGRU RWKHU H[XGDWHV XPLGLW \ LQ WKH FDQDO GXUL QJ WKH WUHDWPHQW SDWKRORJLF VLWXDWLRQV in the canal that can sometimes SUHYHQW DQ DGH TXDWH GU \L QJ RI WKH HFHVVLW\ WR ソQLVK WKH WUHDWPHQW LQ blood comes from the can D SURORQJHG ULQVLQJ DQG Z causes of bleeding can be RYHU LQVWUXPHQWDWLRQ G LUULJDWLRQ EH\RQG WKH DSH[ anatomical factors, such a VWLOO FRQWDLQLQJ EOHHGLQJ S FDQ EH FRQQHFWHG WR WKH SU DFXWH RU FKURQLF DSLFDO OHVL calcium hydroxide, endodontic treatment, root canal bleeding, root \ WKH URRW FD DQDO EH EH IR IR UH UH S S UR UR FH H HG HG LQ LQ J J LQFUHDVH DGKHUHQ FH F RI WKH ソO ソOOL QJ QJ al’s walls, is agreed by everyone ,QGHHG KXPLGLW \ FDQ DOWHU WKH %O %O O O R R RR G G SUHVHQFH FDQ LUULJDQW VROXWLRQV VRGLXP K FRQFHQWUDWLRQ RI DOEXPLQ RI EOHHGLQJ LV LUUHYHUVLEOH ge. The purpose of this investigation was P GHFRQWDPLQDQW PDWHULDO VXOIRQLFVXOSKXUL ith necrotic pulp and unstoppabl ble e bleeding a gn gned ed w wit ith h 2 2 ra ra ra r nd ndom omiz ized ed p par aral alle lel l gr groups: d d diu iu iu m m m hy hy h po poch chlo o or ri ri ri ri i ri r ri ri ite te te te te te te te te te e t e 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5% % % % % % % % % % (c (contr trol ol g g ro ro ro r up up up up u u u u ). ). ) The an H H FO FO LQ LQ Q LF LF LF L LD LD LD Q Q Q EH E EH IR IR R UH UH H UH D D D D D D D D D D D Q QG QG QG QG QG QG Q Q Q Q G D D D D D D D D D D I I IW IW IW IW IW W I IW W HU HU HU H H W W W KH KH KH D D SS SS S SS S OL OL OL FD FD F WL WLRQ RI WKH VX %, %, , b b b by y y y me m me m m as ur ur u in n n in g g g th th the e mi mi mil ll llim m imet et et t eter ers s o of of b b bl lo lood d od o o o o n n a steril atient ts s wi wi w w th th necro oti tic c c c c c c p p p pu pu pu p p lp lp p p a a a a and nd nd d nd n u unstopp pab able le ble leeding w into 2 gr grou oups: decont nta amin nan ant t t ma m te t rial in 30 patients 5% in 30 patients (c con on ntr tr trol g g gro roup u up). T -test showed that t detected in the r roo oot ca ana na n n n l wa was s st stat atistically greater for ex 0.66-0.82); p<0.0001 1]. ]. T The e h h h hem e emos osta tatic properties were be GLXP K\S RF KO K RU R LWH J J UR UR UR XS XS S S S FR FR Q QW UR UR O O )XUWKHU UHVHDUFK P udy. al microleakage UWLHV RI ELRソOP G ed in teeth with y was de de e e e si si si s s g g p) and sod od od od od di i HG E\ WK H rite 5%, %, xty pat ed in e 5 p) HG w pical H UW ed ge P G G it ith ig g d d d di i i H H %, at a in n 5 al UWL ed xt p) HG E was and in t s V RI E L tee eth th microlea LR GLQ HHG ROXW LR t OHHGLQJ om t th s (ex he WUDWLRQ J ROXWLRQ LRQ SUHVHQ UHV s were HVHDUF ha for ex b

THE EFFECTS OF A NEW DECONTAMINANT SOLUTION ON ROOT …

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0393-974X (2019)Copyright © by BIOLIFE, s.a.s.

This publication and/or article is for individual use only and may not be further

reproduced without written permission from the copyright holder.

DISCLOSURE: ALL AUTHORS REPORT NO CONFLICTS OF

INTEREST RELEVANT TO THIS ARTICLE.1

JOURNAL OF BIOLOGICAL REGULATORS & HOMEOSTATIC AGENTS Vol. 33, no. 3 (S1), 1-9 (2019)

material to the root canal’s walls, is agreed by everyone

can induce a bleeding in the canal that can sometimes

more than one session.

blood comes from the canal system and often needs

causes of bleeding can be due to iatrogenic factors

anatomical factors, such as minor or ignored canals

Blood contamination of the canal during preparation and obturation can be a problem in Endodontics;

this may result in apical microleakage. The purpose of this investigation was to observe and evaluate

EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping.

A prospective study was designed with 2 randomized parallel groups: decontaminant material

(experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

sodium hypochlorite 5% in 30 patients (control group). T-test showed that the percentage change in

millimeters of blood detected in the root canal was statistically greater for experimental group [mean

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

the results of this study.

Key words: calcium hydroxide, endodontic treatment, root canal bleeding, root canal exudation

Corresponding author:

Dr. Luca Di Nasso,

e-mail: [email protected]

THE EFFECTS OF A NEW DECONTAMINANT SOLUTION ON ROOT CANAL BLEEDING

DURING ENDODONTIC TREATMENT: A RANDOMIZED CONTROLLED STUDY

R. PACE1 1 2, L. TAURO1,1 1

1Department of Endodontics, University of Florence, Florence, Italy; 2Department of biostatistics,

University of Milan, Milan, Italy

material to the root canal’s walls, is agreed by everyone

can induce a bleeding in the canal that can sometimes

more than one session.

blood comes from the canal system and often needs

causes of bleeding can be due to iatrogenic factors

anatomical factors, such as minor or ignored canals

Blood contamination of the canal during preparation and obturation can be a problem in Endodontics;

this may result in apical microleakage. The purpose of this investigation was to observe and evaluate

EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping.

A prospective study was designed with 2 randomized parallel groups: decontaminant material

(experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

sodium hypochlorite 5% in 30 patients (control group). st showed that the percentage change in

millimeters of blood detected in the root canal was statistically greater for experimental group [mean

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

the results of this study.

Key words: calcium hydroxide, endodontic treatment, root canal bleeding, root canal exudation

DURING ENDODONTIC TREATMENT: A RANDOMIZED CONTROLLED STUDY

R. PACE1 1 2, L. TAURO1,1 1

1Department of Endodontics, University of Florence, Florence, Italy; 2Department of biostatistics, 2

University of Milan, Milan, Italy

EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping.

A prospective study was designed with 2 randomized parallel groups: decontaminant material

(experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

sodium hypochlorite 5% in 30 patients (control group).

millimeters of blood detected in the root canal was statistically greater for experimental group [mean

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

Blood contamination of the canal during preparation and obturation can be a problem in Endodontics;

st showed that the percentage change in

EPIEN Medical) used in teeth with necrotic pulp and unstoppable bleeding after root canal shaping.

A prospective study was designed with 2 randomized parallel groups: decontaminant material

(experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

sodium hypochlorite 5% in 30 patients (control group).

millimeters of blood detected in the root canal was statistically greater for experimental group [mean

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

Blood contamination of the canal during preparation and obturation can be a problem in Endodontics;

Department of Endodontics, University of Florence, Florence, Italy;

University of Milan, Milan, Italy

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

sodium hypochlorite 5% in 30 patients (control group).

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

or sodium hypochlorite 5%, by measuring the millimeters of blood on a sterile paper point introduced

in the root canal. Sixty patients with necrotic pulp and unstoppable bleeding were enrolled in this study

(experimental group) and sodium hypochlorite 5% (control group). The analysis of the root canal

Blood contamination of the canal during preparation and obturation can be a problem in Endodontics; Blood contamination of the canal during preparation and obturation can be a problem in Endodontics;

in the canal that can sometimes

blood comes from the can

causes of bleeding can be

anatomical factors, such a

calcium hydroxide, endodontic treatment, root canal bleeding, root

anal’s walls, is agreed by everyone

g prep

ge. The purpose of this investigation was

ith necrotic pulp and unstoppablble e bleeding a

gngneded w witith h 2 2 rarararararandndomomizizeded p pararalallelel l grgroups:

odododiuiuiuium m m hyhyhypopochchlololoririririririririririritetetetetetetetetetetetete 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5% % % % % % % % % % (c(contrtrolol g g grorororoupupupupupupupup).).). The ana

%,%,%,%,%, b b b by y y y mememememeasasurururinininining g g thththe e mimimillllllimimimeteteteteterers s ofofof b b blololoodododod o o o o on n a sterile

atientnts s wiwiwiwithth necrorotitic c c c c c c c pupupupupupupupulplplplp a a a a andndndndndnd u unstoppppabablele bleleeding we

into 2 grgrououps: decontntamamininanant t t mamateterial in 30 patients

5% in 30 patients (c(cononontrtrtrolol g g groroupupup).). T-test showed that thTT

detected in the r roooot cacanananananal wawas s ststatatistically greater for ex

0.66-0.82); p<0.000101].]. T Thehe h h h hemememosostatatic properties were be

udy.

cal microleakage

sed in teeth with

y was dedededededesisisisisigngn

p) and sododododododiuiu

rite 5%,%,

ixty pat

ed int

e 5%

p)

wa

pical

sed

gege

itith

signgn

ododododiuiuiuiu

%,

atat

intnt

5%

cal

sed

ixty

p)

y was

and

in t

s

teeeethth

microlea

th

s

blood comes from the canal system and often needs

st showed that the percentage change in

and randomly divided into 2 groups: decontaminant material in 30 patients (experimental group) or

st showed that the percentage change in

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

st showed that the percentage change in

millimeters of blood detected in the root canal was statistically greater for experimental group [mean

difference: 0.74 (IC: 0.66-0.82); p<0.0001]. The hemostatic properties were better in the experimental

decontaminant device in cases of teeth with necrotic

canals. The ability of the decontaminant device to

was to test the reduction of root canal bleeding in

Study population

able and willing to sign a consent form, single-

diseases, using anticoagulants, antibiotics, or anti-

They also received information on the duration of

suggestions can be found, mainly about hemostatic

This device has been successfully used in

demonstrated the effectiveness of the oral tissue

decontaminant material in the treatment of clinical

use of systemic or local antibiotics. Similar favorable

R. PACE ET AL.

decontaminant device in cases of teeth with necrotic

canals. The ability of the decontaminant device to

was to test the reduction of root canal bleeding in

able and willing to sign a consent form, single-

diseases, using anticoagulants, antibiotics, or anti-

suggestions can be found, mainly about hemostatic

This device has been successfully used in

demonstrated the effectiveness of the oral tissue

decontaminant material in the treatment of clinical

use of systemic or local antibiotics. Similar favorable

suggestions can be found, mainly about hemostatic suggestions can be found, mainly about hemostatic suggestions can be found, mainly about hemostatic suggestions can be found, mainly about hemostatic suggestions can be found, mainly about hemostatic

able and willing to sign

diseases, using anticoagulan

been successfully used in

ffectiveness of the oral tissue

al in the treatment of clinical

al antibiotics. Similar favorable

was to test the reduction

StStStudududy y popopopopupulation

mamaininininlylyly a a a a a aboboboututut h h hemememosososososostatatatatatatatitic ound, mamaound

Study population

Journal of Biological Regulators & Homeostatic Agents

were measured.

millimeters of blood within the root canal were

a priori

the ordinary endodontic treatment was carried out.

in a consecutive order, assigning the tooth to either the

Experimental Group

The decontaminant material was introduced

Finally, the canal was rinsed with sterile water using a

The millimeters of blood inside the root canal were

Control Group

the canal.

Finally, the canal was rinsed with sterile water

Treatment

was standardized

and limited to one

After each instrument, the root canals were rinsed

instruments were driven with an endodontic motor

as suggested by the manufacturer.

area. To avoid this inconvenience, a

were measured.

millimeters of blood within the root canal were

a priori

the ordinary endodontic treatment was carried out.

in a consecutive order, assigning the tooth to either the

The decontaminant material was introduced

Finally, the canal was rinsed with sterile water using a

he millimeters of blood inside the root canal were

Treatment

and limited to one

After each instrument, the root canals were rinsed

instruments were driven with an endodontic motor

as suggested by the manufacturer.

and limited to one and limited to one

The millimeters of blood

Control Group

ument, the root canals were rinsed

riven with an endodontic motor

manufacturer.

inin a c cononsesecucucutitititititititiveveveveveveve order, assi

ExExpeperimental Group

The decontaminant

FiFinanalllly,y, the canal was rinse

was standardized

the cFinally, the canal was rinsed with sterile water using a Finally, the canal was rinsed with sterile water using a

The decontaminant material was introduced

Experimental Group

RESULTS

canal bleeding after instrumentation were enrolled

according to the intervention used in order to control

the bleeding:

blood detected in the root canal at baseline and after

relevant differences in terms of root canal bleeding

of variances for the measured variable calculated for the

in millimeters of blood detected in the root canal was

the millimeters of blood

inside the root canal were measured again according

Sample Size Estimation

terms of root canal bleeding based on the following

Statistical Analysis

Total HybenX Control

Gender

Age

Smoking habit

Arch

Position

Table I. Demographic and baseline characteristics.

R. PACE ET AL.

RESULTS

canal bleeding after instrumentation were enrolled

according to the intervention used in order to control

blood detected in the root canal at baseline and after

relevant differences in terms of root canal bleeding

for the measured variable calculated for the

in millimeters of blood detected in the root canal was

the millimeters of blood

inside the root canal were measured again according

Sample Size Estimation

terms of root canal bleeding based on the following

Statistical Analysis

Table I. Demographic and baseline characteristics.

as

in millimeters of blood

Total HybenX Control

Gender

Age

Smoking habit

hic and baseline characteristics.

canal bleeding after i

acaccocordrdining g totototo t thehe interve

ththe e blbleeeeeedidididingngngngngngngng: : : :

blblood detected in the ro

rerelelevavant differences in

ofvariancesfor the meas

ed on the following

is

bleeding basednal bl ededl bleeding b

ancesfor the measofvavarianvarianofvariofvariances

relevant differences in terms of root canal bleeding relevant differences in terms of root canal bleeding

blood detected in the root canal at baseline and after blood detected in the root canal at baseline and after

Journal of Biological Regulators & Homeostatic Agents

antibacterial activity of commonly used disinfectant

There are no clinical studies that analyze how

and changes it into a more basic condition that is

of a decontaminat device on the ability to dry the

in case of over-instrumentation, a serosanguineous

Methacrylate-based Endodontic Sealers are used, the

root canal walls must have a slight degree of humidity

Baseline (mm) 30 3.40

After treatment (mm) 30 0.26

% Change 30 0.95

Baseline (mm) 30 3.73

After treatment (mm) 30 3.03

% Change 30 0.21

Table II. Descriptive statistics.

antibacterial activity of commonly used disinfectant

There are no clinical studies that analyze how

and changes it into a more basic condition that is

of a decontaminat device on the ability to dry the

in case of over-instrumentation, a serosanguineous

Methacrylate-based Endodontic Sealers are used, the

root canal walls must have a slight degree of humidity

Table II. Descriptive statistics.

in case of over-instrumentation, a serosanguineous

Methacrylate-based Endodontic Sealers are used, the

root canal walls must have a slight degree of humidity

of a decontaminat device on the ability to dry the

in case of over-instrumentation, a serosanguineous

Methacrylate-based Endodontic Sealers are used, the

root canal walls must have a slight degree of humidity

of a decontaminat device on the ability to dry the of a decontaminat device on the ability to dry the

Ba li (mm) 30 3.40

statistics.

and changes it into a mo

a serosanguineous

Endodontic Sealers s arare ususededededed, ththe e

t have a slight degree o of f huhumimidididitytytyty

rumentation, a

E

ru a

E

rumentntatatioio

and changes it into a more basic condition that is and changes it into a more basic condition that is and changes it into a more basic condition that is

outcome, the authors were interested in evaluating the

during endodontic treatment.

it for 20 sec. The sulfonic/sulfuric acid solution is an

aqueous solution, and thus it can be removed easily

all the factors interacting in the endodontic success

vs

the surface of the walls covered with the calcium

root canals allowed irrigation needles to reach most

The study revealed that considerable amounts of

microbiological study, using a decontaminant

bleeding after using the material. Therefore, due to this

Table III. T-Test on percentage change as (baseline - after treatment) x 100/baseline.

R. PACE ET AL.

outcome, the authors were interested in evaluating the

during endodontic treatment.

it for 20 sec. The sulfonic/sulfuric acid solution is an

aqueous solution, and thus it can be removed easily

all the factors interacting in the endodontic success

vs

the surface of the walls covered with the calcium

root canals allowed irrigation needles to reach most

The study revealed that considerable amounts of

microbiological study, using a decontaminant

bleeding after using the material. Therefore, due to this

Table III. T-Test on percentage change as (baseline - after treatment) x 100/baseline.

The study revealed that considerable amounts of

the surface of the walls covered with the calcium

The study revealed that considerable amounts of

the surface of the walls covered with the calcium the surface of the walls covered with the calcium

y, using a decontaminant

material. Therefore, due to this

entage change as (baseline - after treatment) x 100/baseline.

alall l ththe e factors interacting in

o reach most

able amounts of

gation needles to re

that consididerab

rigati o o re

abab

gati

hat cons

on

consns

on needles

all the factors interacting in the endodontic success all the factors interacting in the endodontic success

Journal of Biological Regulators & Homeostatic Agents

.

ACKNOWLEDGMENTS

This study is registered on clinicaltrials.gov

REFERENCES

1.

2.

5.

different root canal sealers when used to obturate a

moisture- contaminated root canal system. J Endod

Pini-Prato G, Magnani C, Rotundo R. Treatment

10.

Alibrandi A, Cordasco G, Ramaglia R. The effects of a

11. Pini-Prato G, Magnani C, Rotundo R. Nonsurgical

on the outside surface. The combination between

the surface of the water molecule is attracted to the

of debris at the damaged vascular bed interface

molecularly remove bound water from the detritus at

this interface causing instant denaturation of the tissue

debris. This could lead to coagulation in the vascular

not tied to conventional blood factor hemostasis

chemistry.

the root surface and facilitating root instrumentation

there was no clinician blinding. Another limitation

the measurement of the millimeters of blood in this

show that the decontaminant material administered in

.

ACKNOWLEDGMENTS

This study is registered on clinicaltrials.gov

REFERENCES

different root canal sealers when used to obturate a

moisture- contaminated root canal system. J Endod

Pini-Prato G, Magnani C, Rotundo R. Treatment

on the outside surface. The combination between

the surface of the water molecule is attracted to the

of debris at the damaged vascular bed interface

molecularly remove bound water from the detritus at

this interface causing instant denaturation of the tissue

debris. This could lead to coagulation in the vascular

not tied to conventional blood factor hemostasis

chemistry.

the root surface and facilitating root instrumentation

there was no clinician blinding. Another limitation

the measurement of the millimeters of blood in this

the surface of the water molecule is attracted to the

of debris at the damaged vascular bed interface

molecularly remove bound water from the detritus at

this interface causing instant denaturation of the tissue

debris. This could lead to coagulation in the vascular

of debris at the damaged vascular bed interface

on the outside surface. The combination between

the surface of the water molecule is attracted to the

of debris at the damaged vascular bed interface

molecularly remove bound water from the detritus at

this interface causing instant denaturation of the tissue

debris. This could lead to coagulation in the vascular

on the outside surface. The combination between

molecularly remove bound water from the detritus at

of debris at the damaged vascular bed interface of debris at the damaged vascular bed interface

on the outside surface. The combination between

Pini-Prato G, Magnani

facilitating root instrumentation

an blinding. Another limitation

the millimeters of blood in this

1.

2.2.

5.5.

didifferent root canal sea

moisture- contaminated

e e isis a attttraractcteded t to o ththththththe e

ed vasascucuculalar r bed ininteteteteteteteteteteterfrfrfrfrfrfrfrfrfrfacace e e

ound water from the dedetrtritititususus a at t t

instant denaturation n ofof thehe t t t tisissusue e

ead to coagulation in the e vavascscululararar

tional blood factor hehehehemomostststasasisisis

ater molececececulululululule e e

amaged

bou

i

er e e

eded

ou

i

am

ater mololololec

moisture- contaminated root canal system. J Endod

different root canal sealers when used to obturate a

moisture- contaminated root canal system. J Endod

different root canal sealers when used to obturate a

25.

Moreira MS, Anuar ASN, Tedesco TK, Dos Santos

M, Morimoto S. Endodontic treatment in single and

Lauritano D, Lucchese A, Gabrione F, Di Stasio D,

Silvestre Rangil J, Carinci F. The effectiveness of

Carramolino-Cuéllar E, Lauritano D, Silvestre FJ,

Carinci F, Lucchese A, Silvestre-Rangil J. Salivary

Lauritano D, Arrica M, Lucchese A, Valente M,

Pannone G, Lajolo C, Ninivaggi R, Petruzzi M. Oral

Pazzi D, Cura F, Severino M, Scarano A. Silver-

based chemical device as an adjunct of domestic oral

AJ. Fatigue resistance, electrochemical corrosion and

12.

Porter SR, Al-Johani K, Fedele S, Moles DR.

15.

with the use of methacrylate-based endodontic

Dannenberg JL. Pedodontic Endodontics. Dent Clin

20. Fei AL, Udin RG, Johnson R. A clinical study of ferric

21.

22.

Palta S, Saroa R, Palta A. Overview of the coagulation

R. PACE ET AL.

Moreira MS, Anuar ASN, Tedesco TK, Dos Santos

M, Morimoto S. Endodontic treatment in single and

Lauritano D, Lucchese A, Gabrione F, Di Stasio D,

Silvestre Rangil J, Carinci F. The effectiveness of

Carramolino-Cuéllar E, Lauritano D, Silvestre FJ,

Carinci F, Lucchese A, Silvestre-Rangil J. Salivary

Lauritano D, Arrica M, Lucchese A, Valente M,

Pannone G, Lajolo C, Ninivaggi R, Petruzzi M. Oral

Pazzi D, Cura F, Severino M, Scarano A. Silver-

based chemical device as an adjunct of domestic oral

12.

Porter SR, Al-Johani K, Fedele S, Moles DR.

15.

with the use of methacrylate-based endodontic

Dannenberg JL. Pedodontic Endodontics. Dent Clin

20. Fei AL, Udin RG, Johnson R. A clinical study of ferric

21.

22.

with the use of methacrylate-based endodontic with the use of methacrylate-based endodontic

Porter SR, Al-Johani K, Fedele S, Moles DR.

Silvestre Rangil J, Carinci F. The effectiveness of

with the use of methacrylate-based endodontic

Porter SR, Al-Johani K, Fedele S, Moles DR.

with the use of methacrylate-based endodontic with the use of methacrylate-based endodontic

Lauritano D, Arrica M,

Pannone G, Lajolo C, Nin

Pazzi D, Cura F, Sever

based chemical device as

edodontic Endodontics. Dent Clin

ohnson R. A clinical study of ferric

M, Morimoto S. Endodon

LaLauritano D, Lucchese A,

Silvestre Rangil J, Cari

CaCaCarramolino-Cuéllar E,

CaCaririncnci F, Lucchese A,

thacryrylalatetete-b-b-basaseded endndododododododododododononononononontitic c methththac

i F,

ri

A,

Silvestre Rangil J, Carinci F. The effectiveness of

Lauritano D, Lucchese A, Gabrione F, Di Stasio D,

Carinci F, Lucchese A, Silvestre-Rangil J. Salivary

Carramolino-Cuéllar E, Lauritano D, Silvestre FJ,

Carinci F, Lucchese A, Silvestre-Rangil J. Salivary

Carramolino-Cuéllar E, Lauritano D, Silvestre FJ,

Silvestre Rangil J, Carinci F. The effectiveness of

Journal of Biological Regulators & Homeostatic Agents

Pavone AF, Ghassemian M, Mancini M, Condò R,

Cerroni L, Arcuri C, Pasquantonio G. Autogenous

tooth fragment adhesive reattachment for a

Dinoi MT, Mummolo S, Monaco A, Marchetti E,

50.

51.

Microbiological evaluation of bacterial and mycotic

length on stress distribution of osseointegrated

Pavone AF, Ghassemian M, Mancini M, Condò R,

Cerroni L, Arcuri C, Pasquantonio G. Autogenous

tooth fragment adhesive reattachment for a

Mummolo S, Monaco A, Marchetti E,

Microbiological evaluation of bacterial and mycotic

length on stress distribution of osseointegrated

Microbiological evaluation of bacterial and mycotic Microbiological evaluation of bacterial and mycotic

51.

tribution of osseointegrated

DiDiDinononoi MT, Mummolo S, M

50.

tion of bacterial and mymycotitic c tiontion

Mummolo S, Monaco A, Marchetti E, Mummolo S, Monaco A, Marchetti E, Mummolo S, Monaco A, Marchetti E,