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2013-05-08 08:51:40
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Hasil penelitian wajib disertai sosialisasi

Publikasi Penelitian Dosen

Seminar Nasional dan Workshop Nefrologi
Abstrak
Penulis : DIAN RATIH L , Dr., M.Biomed.,Apt. [PDF File] didownload : 4 x

CURRENT ADVANCES IN NANODIAGNOSTIC AND NANOTHERAPEUTIC
Abstrak
Penulis : DIAN RATIH L , Dr., M.Biomed.,Apt. [PDF File] didownload : 1 x

Reactive Oxygen Species
Abstrak
Penulis : DIAN RATIH L , Dr., M.Biomed.,Apt. [PDF File] didownload : 2 x

PENGOBATAN PENYAKIT TUMOR MAMMAE MELALUI OPERASI (MASTEKTOMI DAN OVARIOHISTEREKTOMI) DAN KOMBINASINYA (TANAMAN HERBAL) PADA HEWAN
Abstrak

(THERAPY OF MAMMAE TUMOR USING SURGERY (MASTECTOMY AND

OVARIOHISTEREKTOMI) AND COMBINATION WITH (HERBAL PLANT) 

OF THE ANIMAL) 

 

ABSTRACT 

 

, Ietje Wientarsih

1)

, Ros Sumarny

Tumor or neuplasm can be meant as a abnormal and uncontrol growth of the transformation tissue or the

change of one or main location of the body. This degenerative desease is one of the deseases in the animal pet

especially dog and cat. Generaly this tumor deseases can be used with therapy using surgery and usually will

relapse after six months. From our previous research had succeded to examp by using activity in vitro antiproliverati from extract plant (nusa indah, blustru and temu putih) combined with recombinanct interferon dog ( rCaIFN). The above phenomenon indicate a new hope to make a therapy for tumor desease, especially for dog and cat and may be in the future can be used for human. In this research we used 21 female rabbits and divided into 7 treatment groups, consisted of 3 rabits ie : group A. negative control; B. surgery, preventive and curative curcumine; C. positive control; D. positive control and surgery; E. surgery and preventive zedoaria capsul; F. surgery , preventive and curative zedoaria capsule and G. surgery and curative zedoaria capsule . Induction with carcinogen (MNU) treated every weeks during 3 weeks. Surgery is executed in the 5 weeks and

giving capsule zedoaria is executed every day for 4 weeks (preventive or curative) and 8 weeks (preventive and

curative). Result of the research indicated that mammae tumor has been made successfully by MNU (n-metil-nnitrosuria)

induction to rabit and capsule zedoaria and it has been treated by doing surgery therapy (mastectomy and ovariohisterectomy).

Also decombination of zedoaria capsule.

The result of

the

research

indicated

lindrance

 

of

 

tumorgenesis to the group which is given by zedoaria capsule. From the clinical picture shows that zedoaria

capsule does not give negative effect to clinical picture (temperature, respiratory frequency and heart rate)/ still

normal to all the groups. Tumor induction with (MNO) at mammary gland will occur allegic reaction

inflammatory which is the beginning of tumor mechanism which is marked by total leucosit, neutrofil, eosinofil,

and basofil increase. Tumor therapy with surgery (masektomi and ovariohisterektomi) and the combination with

rimpang Temu Putih capsule can decrease the number of leucosit, neutrofil and limfosit but only a little affect

monosit number, although statistically it does not show real difference. 

Penulis : ROS SUMARNY , Prof. Dr., MS, Apt [PDF File] didownload : 2 x

Femtocell Number Influence to SINR and Throughput on Coexistence GSM and LTE Network
Abstrak

Coexistence  GSM  network  and  LTE  femto  relies  on  the  number  of  femtocell  deployment
position. In the earlier study, the impact of macrocell size, femtocell deployment position, and
coexistence LTE femtocell network integrated with GSM macrocell had been discussed. LTE
femtocell  used  Orthogonal  Frequency  Division  Multiplexing  (OFDM)  technology  for  its
operation. In coexistence networks, LTE femtocells operate  with  OFDM  technology so that
they  can  utilize  several  radio  frequency  fractions  without  disturbing  other  parts  of  the
frequency  located  between  them.  Unfortunately,  the  impact  of  femtocell  number  on  the
coexistence network had not been discussed. SINR and femtocell throughput performance are
mathematically  analyzed.  The  result  showed  that  femtocell  number  had  an  effect  on  the
coexistence  network  performance.  SINR  GSM,  SINR  femtocell  and  femtocell  throughput
significantly  degraded  as the femtocell number  increased. The increasing femtocell number
from M =0 to M =20 on each GSM cell cause around 14 dB degradation in SINR GSM, 3 dB
decline in SINR Femto, approximately 1.7% decline in throughput for K = 4. Meanwhile for
K = 7, the increasing femtocell number cause 17  dB decline in SINR GSM 6,5  dB decline in
SINR  Femto  and  3.2  %  decline  in  throughput.  Those  happened  since  the  LTE  femtocell
interference went up. So femtocell number greatly influences the Coexistence GSM Network
and LTE femtocell

Penulis : M. YASER, ST., MT [PDF File] didownload : 2 x

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