• Tidak ada hasil yang ditemukan

113682 ID tingkat kontaminasi vibrio cholerae resi

N/A
N/A
Info
Unduh - Bebas
Protected

Academic year: 2018

Membagikan "113682 ID tingkat kontaminasi vibrio cholerae resi"

Copied!
5
0
0

Memuat.... (Lihat teks lengkap sekarang)

Unduh sekarang ( 5 Halaman )

Teks penuh

(1)

!

"

#$" " $

$# %# & "!' " & #

%($

)

*

& (

+

,

+- .

/

0" #

! " #

$

$ % %

& $ ' ()*+,

! -.*++ " * /)*+(0' ()*+,! -.*++ "

1 1)*+(0' ()*+, ! -.*++ " # 2 ' ()*+(03 ')*+(

! -.*++ " * ')*+(0* 1)*+( ! -.*++ "

* ')*+(0' ()*+( ! -.*++ " &

& 4' + +5 6 7

25

33+ 3+84

1 - 2

$ & %'%

%

!

"

#

#

#

!797"

:

!*;;;"

%

<

%

$

%

#

7

!

=

&

:

'++,

4

'+**"

7

$

7

$

2

%

!&

*;;;

&

'+**"

7

<

%

&

(2)

%

$ !&!'!

$ $'

0 3

1

1

7

<

!

"

#

!> ?"

$

%

!#47 " >

5+6

;,6

<

$

#

$

!

$

"

%

@

4

>

<

2

< <

%

%@

&

'

9

'

16 -

7

!7"

->

!->"

& 4

'

>

<

7

=

&

%

& %

:

9

A

>

!A> "

$

$

1 '

1

#

1

'

(

*'+0*1+

.

*,0'+ %

&

B

C *,

1

<

<

:

<

7

$

$

$

!4

%%

D

*;;'"

$

!7

D

%

*;/("

& 4

'

<

+ +* + +, + +5

+ +/ 6

" ' &

$

0 "

$

$

$

$ 2

' ()*+

,

!

-.*++

"

* /)*+

(

0' ()*+

,

!

-.*++

"

, 3)*+

(

0

' ( ) *+, !

-.*++

"

#

2

' ()*+

(

03 ')*+

(

!

-.*++

"

* ')*+

(

0* 1)*+

(

!

-.*++ "

* ')*+

(

0' ()*+

(

!

-.*++

" &

#

2

%

&

%

%

B

:

$

/,

53

E

<

$

/(

*

% %%

$

$

31

$

$

F

:

$ !

'++;"

(3)

&

'

9

'

$

%

<

<

&

'

9

9

'

F

%

:

4

%%

!*;;'"

$

9

'

&

'

9

'

16 &

(1

$

('

$ B

$

$

F

$

$

:

/,

31

$

%

!

$"

''

$

E

$

$

$

%

&

!

'++;"

:

$

$

&

2

<

/+

$

,

$ &

/+

$

:

/'

$

1

$ &

1

>

F

%

<

)

49

'

49

'

-$

!

"

$

$

$

:

$

$

G

5;

$

*

$

,

$

$

$

1

$

$

5;

$

1

$

&

5,

$

$ ;

$

*

$

:

/(

$

*

$

$ &

$

#

*

7

$

& 4

'

(+

-

7

!-7"

& 4

'

<

+ +* + +,

+ +5

+ +/ 6

'(

->

/

'(

1584

:

& 4

'

+ +5 6 &

-

!'++("

$

E

<

$

$

$

+ +* 6

+ +, 6

''

$

+ +5 6

*1

+ +/

6

!*;;/"

- $

!'++("

(4)

4

1

1

5

0

6

,

+

/

%, 5 %, 0 6

7 / 6

1 1+ 1 ! # " 1 1 6 1 3 1

6 0 1 ' "

>* < 7 H H H H H H < > > < >

>* < 7 H H H H H H < > > < >

>*% < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

7* < 7 H H H H H H < > > < >

4' < 7 H H H H H H < > > < >

4' < 7 H H H H H H < > > < >

41% < 7 H H H H H H < > > < >

>* < 7 H H H H H H < > > < >

>*% < 7 H H H H H H < > > < >

>* < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>1 < 7 H H H H H H < > > < >

7* < 7 H H H H H H < > > < >

7' < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4*$ < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4' < 7 H H H H H H < > > < >

41 < 7 H H H H H H < < > < >

>' < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>'% < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>'$ < 7 H H H H H H < > > < >

>' < 7 H H H H H H < > > < >

>1 < 7 H H H H H H < > > < >

7* < 7 H H H H H H < > > < >

7' < 7 H H H H H H < > > < >

7' < 7 H H H H H H < > > < >

4* < 7 H H H H H H < > > < >

4' < 7 H H H H H H < > > < >

4' < 7 H H H H H H < > > < >

4'% < 7 H H H H H H < > > < >

41 < 7 H H H H H H < > > < >

G 9 !9 " ! " ! " 2 !2 " E !E " ! " A !A " ! "

%, #

1

4

)8*

9 : ; 9 : ; 9 : ; 9 : ;

2* H < < < 2** H < < < 2'* H H H < 21* H < < <

2' H H < < 2*' H < < < 2'' H < < < 21' H H < <

21 H < < < 2*1 H < < < 2'1 H < < < 211 H < < <

2( H H < < 2*( H < < < 2'( H < < < 21( H < < <

2, H H H < 2*, H H H < 2', H H < < 21, H < < <

23 H H < < 2*3 H H H < 2'3 H H < < 213 H H H <

25 H H H < 2*5 H H H < 2'5 H H < < 215 H H H <

2/ H H H < 2*/ H H H < 2'/ H H < < 21/ H < < <

2; H H < < 2*; H H H < 2'; H < < < 21; H < < <

2*+ H H H < 2'+ H H H < 21+ H < < < 2(+ H < < <

G

%

&

#

'

$

33+

:

* 1/3

& 4 ' + +* 6

& 4 '

+ +5 6

*1

2, 25 2/

(5)

$

#

,

9

7

1 6

3

7

1

.

# 1 .

9 :

2, * 1,/ + 5;, + ,**

25 * ''3 * ++/ + ,,+

2/ + 551 + 3,3 + +(5

2*+ + ;;+ + 3'1 + '13

2*, + 55/ + 5+5 + *'*

2*3 + /31 + 31+ + ***

2*5 + 515 + ((( + */,

2*/ + 5;+ + 5'5 + */*

2*; * *15 + 53/ + 1'*

2'+ + /(3 + 5;; + *;3

2'* + /31 + 3;5 + '5*

213 * +*/ + 3;/ + (33

215 * '+1 + /;/ + ,(*

&

&

<

<

$

$

(

"

&

G

#

!4

%%

*;;'"

$

!'++3"

7

&

25

+ ,,+

-7

->

(+8

,+8 3+8

5+84

'(

&

25

3+84

5+84

7

$

*/01584 >

3+84

$"

%'

!

"

' ()*+

,

-.*++

&

-

$.',

&

& 4

'

+ +5 6 7

25

+ ,,+

3+84

&

#

%"

7 % A & ? *;/(

2 % 2 *;3, 7 @ $

% 7 % 2 * # ?

? 4 7

4 - '+** : 7 2 %

7 !% " : # :

& >

4 %% B E - *;;' % G >

A 1 = #

7 .4 % 4 $

: & > *;;; : '

# #

% - >#

& > '+** $ 7 2

% : #

!# " ? >

& >

E '++3 7

!$ " : :

#

A &

- >#

'++; : A

&

- >#

- E F '++( 7

: 7

= # F ! =# " 7

B > #

B

-'++;

A !" " : #

: - #

: 7 # &

'++* E F B #

E F #

Referensi

Unduh sekarang ( PDF - 5 Halaman - 136.87 KB )

Dokumen terkait

54333 ID sistem resi gudang dalam perspektif kele

Secara umum prospek SRG masih cukup bagus, beberapa harapan gapoktan dan KSU Annisa sebagai penyelenggara RG untuk kedepan, yaitu (1) adanya intervensi Pemda dalam bentuk

EFEKTIVITAS EKSTRAK Padina australis SEBAGAI ANTIBAKTERI Vibrio cholerae DAN Salmonella typhi

Hasil pengujian ekstrak Padina australis terhadap bakteri Salmonella typhi menunjukkan bahwa besar diameter daerah hambat yang dibentuk oleh ekstrak Padina

UJI DAYA HAMBAT EKSTRAK DAUN SEMBUKAN (Paederia foetida) TERHADAP Vibrio cholerae

Senyawa antibakteri yang dimiliki ekstrak daun sembukan dapat melakukan penghambatan dengan cara membentuk senyawa kompleks dengan membran sel melalui ikatan

Cara uji mikrobiologi -Bagian 4: Penentuan Vibrio cholerae pada produk perikanan

Reaksi positif fermentasi karbohidrat menghasilkan asam dan mengubah media menjadi kuning (Tabel 2).. Tetesi dengan larutan saline 0,85% dan emulsikan. Letakkan 1 tetes

Atypical El Tor: new Vibrio cholerae O1 biotype causing epidemic cholera

In addition, genetic analysis revealed that these strains harbored the classical allele of tcpA and ctxB gene as well as El Tor-specific genetic elements – rtxC gene, VSP-1 and VSP-2,

Molecular characterization of the plasmids in Vibrio cholerae strain V58

vii ABSTR.A.CT V58 is one of the prototype strains used in the genetic analysis of Vibrlo cholerae and has been found to contain three plasmids' The largest of these corresponds to

New Biotype of Vibrio cholerae O from Clinical ... - Journal Unair

One of these groups yielded the fingerprints found with other El Tor strains Coelho et al., 1995 and Lipp et al., 2003, and the other group, comprising five strains Hokojima and

Aptamer-nanobody based ELASA for detection of Vibrio cholerae O1

Materials and Methods: In this research high-affinity DNA aptamers against with two major serotypes of Inaba ATCC 39315 and Ogawa clinical sample were selected from DNA aptamer library