Wiki-Fou - User contributions [en]

Radio Calafou

2022-07-31T10:36:42Z

Ooooo: /* Global set-up */

= Radio Calafou ? =
A FM and stream radio based in Calafou that broadcast very locally on 107 Mhz and on http://essun.calafou.org:8000/radiocalafou.ogg (you can't listen to it from outside calafou, local network)
[[File:Radiocalafou anarchaserver.redim.jpg|center]]

= Global set-up =
[[File:radiocalaflowschema.png]]
The PiBox read the stream that comes from Libretime and play it to the transmitter<br />
* To Libretime : http://radio.calafou.org user : calafou pwd : calafou o (admin / admin)
* To Icecast : http://radio.calafou.org:8000 user : source pwd : hackme
* To the PiBox : http://172.31.17.165 user : pibox pwd : pnodeaccesspass - ssh pi@h172.31.17.165 pwd : raspberry
* To listen audio stream : http://radio.calafou.org:8000/radiocalafou.ogg

[[File:IMG_2919.redim.JPG|center]]

= What can we do with it ? =
== Libretime ==
'''https://libretime.org/guides'''
Threw Media Builder
* Possible to add any type of audio file, the library already include all the files that are stored in ftp://omnius.calafou/MEDIATECA/0_audio/music/ and create a playlist
* Possible to create a smart playlist that randomly include files from the library in function of criterias (genre, album name, langage, BPM, last played, year, ...)
* Possible to create a webstream program from any type of stream (.mp3, .ogg, .opus, ...)
Threw Calendar
* Possible to create a show that can be repeated in different manner and can be filled with playlist, smart playlist or webstream
* Possible to set up a live show where someone can broadcast from her home sending a stream to a specific mountpoint
Threw Master Source
* Possible to take the control of the direct broadcast with a specific mountpoint
== Icecast ==
* Possible to stream audio and video in .ogg, .ogv, .mp3 and .opus with software like [http://en.flossmanuals.net/VLC/StreamingIcecast/ VLC], [http://www.darkice.org/ DARKICE], [http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/live-shows-with-mixxx/ MIXXX], [https://sourceforge.net/projects/butt/ BUTT] or any other software listed here : http://www.icecast.org/apps/
== PiBox ==
* Possible to play sounds located in the Pi, to play a stream, to play the live input of the sound card
* Possible to listen to a sonification on the output of the integrated soundcard
* Possible to shout in the radio threw a microphone plugged into the input of the external soundcar
[[File:IMG_2916.redim.JPG|center]]
[[File:PiBoxAnarcha.jpg|center]]

= How To use Radio Calafou =
* '''Manual LibreTime''' https://ikerlandajuela.github.io/radiolibre/man/libretime/
* Docs en ingles https://libretime.org/docs/scheduling-shows

[[File:LibretimeRadioCalafou.png|1280px]]

=== SmartPhone journalism ===
It is possible to use Airtime with a smartphone, see http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/smartphone-journalism/

== SmartPhone streaming applications ==
* Broadcast Myself https://play.google.com/store/apps/details?id=sa.broadcastmyselfpro is an android app to stream live. No more availabe as a free version ::: '''download the free version here''' [https://wiki.calafou.org/images/7/74/BroadcastMySelf_v0.9.12_apkpure.zip BroadcastMySelf_v0.9.12_apkpure.zip]
* Xiph list several apps pour Android et iOS (dont BroadcastMySelf) https://icecast.org/apps/
* NovaStream https://novastreamapps.blogspot.com/ Android
* Coolmic https://coolmic.net/ Android avaialble on F-Droid
* Backpackstudio https://backpackstudioapp.com/ iOS
* iziCast https://danielnoethen.de/iziCast/ iOS
* Giss_Vorbis http://giss.tv/wiki/index.php/Android_Ogg_Streamer_:_Giss_Vorbis

=== Taking the control live with a smartphone ===
As mentionned, it is possible to take the control of the radio with a specific mountpoint (the master source mountpoint), it is also possible with an (android) smartphone with the application "Broadcast Myself" (see before) that allow one to stream the mic of the smartphone or files

The settings > Output settings :
* Hostname : radio.calafou.org
* Port : 8001
* Path : /master
* Username : master
* Password : master
* MP3 Encoder Bitrate (as you wish) : 96 Kbit/s

[[File:screen-0=x355.jpg|center]]

=== Re-stream the output of airtime on another server ===
In theory, you can set up several output to an icecast server with Airtime Settings, in practive, it doesn't alway work, so you can also do :
avconv -i http://radio.calafou:8000/airtime_128.ogg -f ogg -|oggfwd -p -d "Hack The Earth" -g "Ecochonies" -u "https://calafoorg/ca/content/hack-earth-2017" labomedia.org 8000 ****** /hacktheearth.ogg

= Hardware installation =
* Omnius server is in the hacklab
* Pibox and the transmiter is in anarchaserver
* The antenna is on the roof of anarchaserver
[[File:harware-install-anarcha.jpg|center]]

= Software installation =
== AirTime > Libretime ==
Airtime is a simple, open source platform that lets you broadcast streaming radio on the web. https://www.sourcefabric.org/en/airtime/ (also see this fork : https://github.com/radiorabe/airtime)

'''Now we installed a Libretime''' (fork of Airtime) https://github.com/LibreTime/libretime

It is installed on essun : http://radio.calafou.org

To install it, install dependencies :
sudo apt-get install postgresql-9.4 python-virtualenv apache2 coreutils curl ecasound flac gzip libapache2-mod-php5 libcamomile-ocaml-data liquidsoap locales lsof monit mp3gain multitail patch php5-cli php5-curl php5-gd php5-json php5-pgsql php5-fpm php-apc php-pear pwgen python rabbitmq-server silan sudo sysv-rc tar unzip vorbisgain vorbis-tools zendframework icecast2

/!\ for debian jessie, you must install postgresql-9.4 and not postgresql without -9.4 else the calendar does'nt show up /!\

Clone the repository and launch the installer :
git clone https://github.com/sourcefabric/Airtime
cd Airtime
sudo ./install
Follow the configuration process, at the end, you'll see the IP adress of the pibox on wich you can connect with a browser to finish the configuration threw the proposed interface
* Réf : http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/manual-installation/

== PiBox ==
See documentation here : http://p-node.org/doc/index.php/V-2
* To the PiBox : http://172.31.17.214/ user : pibox pwd : pnodeaccesspass

For the moment (see troubleshouting), 2 script are launched by /etc/rc.local :
/home/pi/omnioussonification.sh 2> /home/pi/streamlog.txt >/dev/null &
/home/pi/airtimeplayer.sh 2> /home/pi/streamlog.txt >/dev/null &
omnioussonification.sh :
#!/bin/bash
while true;do
AUDIODEV=hw:0,0 play -t ogg http://radio.calafou:8000/omniussonification.ogg
sleep 3
done
airtimeplayer.sh
#!/bin/bash
while true;do
AUDIODEV=hw:1,0 play -t ogg http://radio.calafou:8000/airtime_128.ogg
sleep 3
done

[[File:piboxv2calafou.png|center]]

= Troubleshouting =
== Libretime ==
=== Libretime doesn't seems to play sound, show the media builder or eat new sounds ===
The 3 magic command to restart everything (you have to be logged in omnius :
sudo service airtime-media-monitor restart
sudo service airtime-liquidsoap stop
sudo service airtime-liquidsoap start
/!\ it appears that 'restart' doesn't work, liquidsoap doesn't take the modifications made in System > Streams
sudo service airtime-playout restart
also, see the logs in /var/log/airtime/

=== Libretime doesn't take into account the modifications made in System > Streams ===
Relaunching liquidsoap seems necessary :
sudo service airtime-liquidsoap stop
sudo service airtime-liquidsoap start

=== Test a stream configuration ===
liquidsoap 'output.icecast(%vorbis, host = "radio.calafou", port = 8000, user = "source" password = "hackme", mount = "liq.ogg", sine())'

=== Airtime doesn't alway wait for the end of the track ===
Don't know why ...

=== The master mount point 8001 can't be reached when Libretime is inside a LXC container ===
add these iptables rules (the container ip is 192.168.122.11):
iptables -I FORWARD -p tcp -d 192.168.122.11 --dport 8001 -j ACCEPT
iptables -A INPUT -p tcp --dport 8001 -j ACCEPT
iptables -t nat -A PREROUTING -p tcp --dport 8001 -j DNAT --to-destination 192.168.122.11:8001

== Antenna ==
The tube on which I was planning to fix the antenna is about to fall !

So I used instead a solid metal piece fixed to the wall, but the antenna is only fixed in one point with plastic bracelets (colson) and 2 wires fixed to 2 solid metal points

I'm not sure it is really good on a long time perspective ...

= Audio sources - web radios =
* Coordinadora de Ràdios Lliures de Catalunya http://www.radioslliures.info/
* http://www.contrabanda.org/
* http://radiobalamanresa.wordpress.com/
* http://www.radiobronka.info/
* http://www.radiolinea4.net/
* http://radiopica.cat/
* http://www.radiorsk.info/

Radio Calafou

2022-07-31T10:32:29Z

Ooooo: /* Global set-up */

= Radio Calafou ? =
A FM and stream radio based in Calafou that broadcast very locally on 107 Mhz and on http://essun.calafou.org:8000/radiocalafou.ogg (you can't listen to it from outside calafou, local network)
[[File:Radiocalafou anarchaserver.redim.jpg|center]]

= Global set-up =
[[File:radiocalaflowschema.png]]
The PiBox read the stream that comes from Libretime and play it to the transmitter<br />
* To Libretime : http://radio.calafou.org user : calafou pwd : calafou o (admin / admin)
* To Icecast : http://radio.calafou.org:8000 user : source pwd : hackme
* To the PiBox : http://172.31.17.165 user : pibox pwd : pnodeaccesspass - ssh pi@h172.31.17.165 pwd : raspberry

[[File:IMG_2919.redim.JPG|center]]

= What can we do with it ? =
== Libretime ==
'''https://libretime.org/guides'''
Threw Media Builder
* Possible to add any type of audio file, the library already include all the files that are stored in ftp://omnius.calafou/MEDIATECA/0_audio/music/ and create a playlist
* Possible to create a smart playlist that randomly include files from the library in function of criterias (genre, album name, langage, BPM, last played, year, ...)
* Possible to create a webstream program from any type of stream (.mp3, .ogg, .opus, ...)
Threw Calendar
* Possible to create a show that can be repeated in different manner and can be filled with playlist, smart playlist or webstream
* Possible to set up a live show where someone can broadcast from her home sending a stream to a specific mountpoint
Threw Master Source
* Possible to take the control of the direct broadcast with a specific mountpoint
== Icecast ==
* Possible to stream audio and video in .ogg, .ogv, .mp3 and .opus with software like [http://en.flossmanuals.net/VLC/StreamingIcecast/ VLC], [http://www.darkice.org/ DARKICE], [http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/live-shows-with-mixxx/ MIXXX], [https://sourceforge.net/projects/butt/ BUTT] or any other software listed here : http://www.icecast.org/apps/
== PiBox ==
* Possible to play sounds located in the Pi, to play a stream, to play the live input of the sound card
* Possible to listen to a sonification on the output of the integrated soundcard
* Possible to shout in the radio threw a microphone plugged into the input of the external soundcar
[[File:IMG_2916.redim.JPG|center]]
[[File:PiBoxAnarcha.jpg|center]]

= How To use Radio Calafou =
* '''Manual LibreTime''' https://ikerlandajuela.github.io/radiolibre/man/libretime/
* Docs en ingles https://libretime.org/docs/scheduling-shows

[[File:LibretimeRadioCalafou.png|1280px]]

=== SmartPhone journalism ===
It is possible to use Airtime with a smartphone, see http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/smartphone-journalism/

== SmartPhone streaming applications ==
* Broadcast Myself https://play.google.com/store/apps/details?id=sa.broadcastmyselfpro is an android app to stream live. No more availabe as a free version ::: '''download the free version here''' [https://wiki.calafou.org/images/7/74/BroadcastMySelf_v0.9.12_apkpure.zip BroadcastMySelf_v0.9.12_apkpure.zip]
* Xiph list several apps pour Android et iOS (dont BroadcastMySelf) https://icecast.org/apps/
* NovaStream https://novastreamapps.blogspot.com/ Android
* Coolmic https://coolmic.net/ Android avaialble on F-Droid
* Backpackstudio https://backpackstudioapp.com/ iOS
* iziCast https://danielnoethen.de/iziCast/ iOS
* Giss_Vorbis http://giss.tv/wiki/index.php/Android_Ogg_Streamer_:_Giss_Vorbis

=== Taking the control live with a smartphone ===
As mentionned, it is possible to take the control of the radio with a specific mountpoint (the master source mountpoint), it is also possible with an (android) smartphone with the application "Broadcast Myself" (see before) that allow one to stream the mic of the smartphone or files

The settings > Output settings :
* Hostname : radio.calafou.org
* Port : 8001
* Path : /master
* Username : master
* Password : master
* MP3 Encoder Bitrate (as you wish) : 96 Kbit/s

[[File:screen-0=x355.jpg|center]]

=== Re-stream the output of airtime on another server ===
In theory, you can set up several output to an icecast server with Airtime Settings, in practive, it doesn't alway work, so you can also do :
avconv -i http://radio.calafou:8000/airtime_128.ogg -f ogg -|oggfwd -p -d "Hack The Earth" -g "Ecochonies" -u "https://calafoorg/ca/content/hack-earth-2017" labomedia.org 8000 ****** /hacktheearth.ogg

= Hardware installation =
* Omnius server is in the hacklab
* Pibox and the transmiter is in anarchaserver
* The antenna is on the roof of anarchaserver
[[File:harware-install-anarcha.jpg|center]]

= Software installation =
== AirTime > Libretime ==
Airtime is a simple, open source platform that lets you broadcast streaming radio on the web. https://www.sourcefabric.org/en/airtime/ (also see this fork : https://github.com/radiorabe/airtime)

'''Now we installed a Libretime''' (fork of Airtime) https://github.com/LibreTime/libretime

It is installed on essun : http://radio.calafou.org

To install it, install dependencies :
sudo apt-get install postgresql-9.4 python-virtualenv apache2 coreutils curl ecasound flac gzip libapache2-mod-php5 libcamomile-ocaml-data liquidsoap locales lsof monit mp3gain multitail patch php5-cli php5-curl php5-gd php5-json php5-pgsql php5-fpm php-apc php-pear pwgen python rabbitmq-server silan sudo sysv-rc tar unzip vorbisgain vorbis-tools zendframework icecast2

/!\ for debian jessie, you must install postgresql-9.4 and not postgresql without -9.4 else the calendar does'nt show up /!\

Clone the repository and launch the installer :
git clone https://github.com/sourcefabric/Airtime
cd Airtime
sudo ./install
Follow the configuration process, at the end, you'll see the IP adress of the pibox on wich you can connect with a browser to finish the configuration threw the proposed interface
* Réf : http://sourcefabric.booktype.pro/airtime-25-for-broadcasters/manual-installation/

== PiBox ==
See documentation here : http://p-node.org/doc/index.php/V-2
* To the PiBox : http://172.31.17.214/ user : pibox pwd : pnodeaccesspass

For the moment (see troubleshouting), 2 script are launched by /etc/rc.local :
/home/pi/omnioussonification.sh 2> /home/pi/streamlog.txt >/dev/null &
/home/pi/airtimeplayer.sh 2> /home/pi/streamlog.txt >/dev/null &
omnioussonification.sh :
#!/bin/bash
while true;do
AUDIODEV=hw:0,0 play -t ogg http://radio.calafou:8000/omniussonification.ogg
sleep 3
done
airtimeplayer.sh
#!/bin/bash
while true;do
AUDIODEV=hw:1,0 play -t ogg http://radio.calafou:8000/airtime_128.ogg
sleep 3
done

[[File:piboxv2calafou.png|center]]

= Troubleshouting =
== Libretime ==
=== Libretime doesn't seems to play sound, show the media builder or eat new sounds ===
The 3 magic command to restart everything (you have to be logged in omnius :
sudo service airtime-media-monitor restart
sudo service airtime-liquidsoap stop
sudo service airtime-liquidsoap start
/!\ it appears that 'restart' doesn't work, liquidsoap doesn't take the modifications made in System > Streams
sudo service airtime-playout restart
also, see the logs in /var/log/airtime/

=== Libretime doesn't take into account the modifications made in System > Streams ===
Relaunching liquidsoap seems necessary :
sudo service airtime-liquidsoap stop
sudo service airtime-liquidsoap start

=== Test a stream configuration ===
liquidsoap 'output.icecast(%vorbis, host = "radio.calafou", port = 8000, user = "source" password = "hackme", mount = "liq.ogg", sine())'

=== Airtime doesn't alway wait for the end of the track ===
Don't know why ...

=== The master mount point 8001 can't be reached when Libretime is inside a LXC container ===
add these iptables rules (the container ip is 192.168.122.11):
iptables -I FORWARD -p tcp -d 192.168.122.11 --dport 8001 -j ACCEPT
iptables -A INPUT -p tcp --dport 8001 -j ACCEPT
iptables -t nat -A PREROUTING -p tcp --dport 8001 -j DNAT --to-destination 192.168.122.11:8001

== Antenna ==
The tube on which I was planning to fix the antenna is about to fall !

So I used instead a solid metal piece fixed to the wall, but the antenna is only fixed in one point with plastic bracelets (colson) and 2 wires fixed to 2 solid metal points

I'm not sure it is really good on a long time perspective ...

= Audio sources - web radios =
* Coordinadora de Ràdios Lliures de Catalunya http://www.radioslliures.info/
* http://www.contrabanda.org/
* http://radiobalamanresa.wordpress.com/
* http://www.radiobronka.info/
* http://www.radiolinea4.net/
* http://radiopica.cat/
* http://www.radiorsk.info/

Micro-organismos simbióticos, extracción de la bacteria lacto bacilus de nuestra flora vaginal para realizar yogurt

2016-04-22T11:01:56Z

Ooooo:

'''dinamita.ación nodo''' : pechblenda lab + Gaia Leandra + Sachico

'''keywords:'''''C0ÑURT,flora vaginal, yogurt, simbioticS ,probiotics, prebiotics, lacto bacilus,bacterias, fermentación.''

'''Abstract:''' Interacciones estre especies, el humano como ecología interspecie.
[[Probiotics]] son microorganismxs que tienen una relación simbiótica con humanos u otras especies. Durante el evento extraeremos la bacteria probiótica LActo Bacilus de nuestra flora vaginal para realizar COÑURT, el yogurt que nos sale del coño '''.

'''Formato''': '''nodo''' comienza con una presentación a cerca de los microorganismos simbióticos presentes en el cuerpo cyborg y da paso a un experimento de laboratorio de microbiología en el cual extraeremos flujo vaginal para dar paso al cultivo de la bacteria probiotica Lacto bacilus y por último hacer Coñurt con ella.
se explica y presenta la incubadora/fermentadora *[[fermentadoras DIWO, caso de estudio FErmento incubator]]

pienso que en 2 sesiones de 1.30min cada una lo tenemos; el resto ¡qué trabajen las bacterias!

'''Materiales:''' proyector(p), cable VGA(p), sistema de sonido, mesa, incubadora(p), alimento para bacterias.

'''Lecturas útiles: [http://wiki.calafou.org/index.php?title=How_to(s)_y_recerca Receta]; [http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus Isolation of lactobaciulus] portucoño se seguimiento

'''Horario''': sábado 23 y domingo 24 de 11-14h

'''Locación:''': HACKLAB

Este taller esta Interelacionado con Ginecología DIY (en estrecha simbiosis)

== '''COÑURT''' el yogurt que nos sale del coño es : ==

1- '''ecológicx''' pues para su producción usamos materia de casa-cuerpo, la flora vaginal
2- '''saludable''' porque previne infecciones urogenitales, infecciones del tracto urinario y la vaginosis bacteriana
3- '''nutritivx''' porque el uso de probioticos COÑURT nutre y alimenta nuestro organismo favoreciendo nuestro metabolismo
4- '''económico''' reduciría la inversión que cocina comunitaria hace en yogurt artesano
5- un producto '''delicioso para paladades esquisitos'''

[[Category: HTE 2016]]

Micro-organismos simbióticos, extracción de la bacteria lacto bacilus de nuestra flora vaginal para realizar yogurt

2016-04-22T10:58:39Z

Ooooo:

'''dinamita.ación nodo''' : pechblenda lab + Gaia Leandra + Sachico

'''keywords:'''''C0ÑURT,flora vaginal, yogurt, simbioticS ,probiotics, prebiotics, lacto bacilus,bacterias, fermentación.''

'''Abstract:''' Interacciones estre especies, el humano como ecología interspecie.
[[Probiotics]] son microorganismxs que tienen una relación simbiótica con humanos u otras especies. Durante el evento extraeremos la bacteria probiótica LActo Bacilus de nuestra flora vaginal para realizar COÑURT, el yogurt que nos sale del coño '''.

'''Formato''': '''nodo''' comienza con una presentación a cerca de los microorganismos simbióticos presentes en el cuerpo cyborg y da paso a un experimento de laboratorio de microbiología en el cual extraeremos flujo vaginal para dar paso al cultivo de la bacteria probiotica Lacto bacilus y por último hacer Coñurt con ella.
se explica y presenta la incubadora/fermentadora *[[fermentadoras DIWO, caso de estudio FErmento incubator]]

pienso que en 2 sesiones de 1.30min cada una lo tenemos; el resto ¡qué trabajen las bacterias!

'''Materiales:''' proyector(p), cable VGA(p), sistema de sonido, mesa, incubadora(p), alimento para bacterias.

'''Lecturas útiles: [http://wiki.calafou.org/index.php?title=How_to(s)_y_recerca Receta]; [http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus Isolation of lactobaciulus] portucoño se seguimiento

'''Horario''': sábado 23 y domingo 24 de 11-14h

'''Locación:''': por confirmar

Este taller esta Interelacionado con Ginecología DIY (en estrecha simbiosis)

== '''COÑURT''' el yogurt que nos sale del coño es : ==

1- '''ecológicx''' pues para su producción usamos materia de casa-cuerpo, la flora vaginal
2- '''saludable''' porque previne infecciones urogenitales, infecciones del tracto urinario y la vaginosis bacteriana
3- '''nutritivx''' porque el uso de probioticos COÑURT nutre y alimenta nuestro organismo favoreciendo nuestro metabolismo
4- '''económico''' reduciría la inversión que cocina comunitaria hace en yogurt artesano
5- un producto '''delicioso para paladades esquisitos'''

[[Category: HTE 2016]]

Micro-organismos simbióticos, extracción de la bacteria lacto bacilus de nuestra flora vaginal para realizar yogurt

2016-04-22T10:58:06Z

Ooooo:

'''dinamita.ación nodo''' : pechblenda lab + Gaia Leandra + Sachico

'''keywords:'''''C0ÑURT,flora vaginal, yogurt, simbioticS ,probiotics, prebiotics, lacto bacilus,bacterias, fermentación.''

'''Abstract:''' Interacciones estre especies, el humano como ecología interspecie.
[[Probiotics]] son microorganismxs que tienen una relación simbiótica con humanos u otras especies. Durante el evento extraeremos la bacteria probiótica LActo Bacilus de nuestra flora vaginal para realizar COÑURT, el yogurt que nos sale del coño '''.

'''Formato''': '''nodo''' comienza con una presentación a cerca de los microorganismos simbióticos presentes en el cuerpo cyborg y da paso a un experimento de laboratorio de microbiología en el cual extraeremos flujo vaginal para dar paso al cultivo de la bacteria probiotica Lacto bacilus y por último hacer Coñurt con ella.
se explica y presenta la incubadora/fermentadora *[[fermentadoras DIWO, caso de estudio FErmento incubator]]

pienso que en 2 sesiones de 1.30min cada una lo tenemos; el resto ¡qué trabajen las bacterias!

'''Materiales:''' proyector(p), cable VGA(p), sistema de sonido, mesa, incubadora(p), alimento para bacterias.

'''Lecturas útiles: [http://wiki.calafou.org/index.php?title=How_to(s)_y_recerca|Receta]; [http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus Isolation of lactobaciulus] portucoño se seguimiento

'''Horario''': sábado 23 y domingo 24 de 11-14h

'''Locación:''': por confirmar

Este taller esta Interelacionado con Ginecología DIY (en estrecha simbiosis)

== '''COÑURT''' el yogurt que nos sale del coño es : ==

1- '''ecológicx''' pues para su producción usamos materia de casa-cuerpo, la flora vaginal
2- '''saludable''' porque previne infecciones urogenitales, infecciones del tracto urinario y la vaginosis bacteriana
3- '''nutritivx''' porque el uso de probioticos COÑURT nutre y alimenta nuestro organismo favoreciendo nuestro metabolismo
4- '''económico''' reduciría la inversión que cocina comunitaria hace en yogurt artesano
5- un producto '''delicioso para paladades esquisitos'''

[[Category: HTE 2016]]

Micro-organismos simbióticos, extracción de la bacteria lacto bacilus de nuestra flora vaginal para realizar yogurt

2016-04-22T10:56:59Z

Ooooo:

'''dinamita.ación nodo''' : pechblenda lab + Gaia Leandra + Sachico

'''keywords:'''''C0ÑURT,flora vaginal, yogurt, simbioticS ,probiotics, prebiotics, lacto bacilus,bacterias, fermentación.''

'''Abstract:''' Interacciones estre especies, el humano como ecología interspecie.
[[Probiotics]] son microorganismxs que tienen una relación simbiótica con humanos u otras especies. Durante el evento extraeremos la bacteria probiótica LActo Bacilus de nuestra flora vaginal para realizar COÑURT, el yogurt que nos sale del coño '''.

'''Formato''': '''nodo''' comienza con una presentación a cerca de los microorganismos simbióticos presentes en el cuerpo cyborg y da paso a un experimento de laboratorio de microbiología en el cual extraeremos flujo vaginal para dar paso al cultivo de la bacteria probiotica Lacto bacilus y por último hacer Coñurt con ella.
se explica y presenta la incubadora/fermentadora *[[fermentadoras DIWO, caso de estudio FErmento incubator]]

pienso que en 2 sesiones de 1.30min cada una lo tenemos; el resto ¡qué trabajen las bacterias!

'''Materiales:''' proyector(p), cable VGA(p), sistema de sonido, mesa, incubadora(p), alimento para bacterias.

'''Lecturas útiles: [http://wiki.calafou.org/index.php?title=How_to(s)_y_recerca, Receta]; [http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus Isolation of lactobaciulus] portucoño se seguimiento

'''Horario''': sábado 23 y domingo 24 de 11-14h

'''Locación:''': por confirmar

Este taller esta Interelacionado con Ginecología DIY (en estrecha simbiosis)

== '''COÑURT''' el yogurt que nos sale del coño es : ==

1- '''ecológicx''' pues para su producción usamos materia de casa-cuerpo, la flora vaginal
2- '''saludable''' porque previne infecciones urogenitales, infecciones del tracto urinario y la vaginosis bacteriana
3- '''nutritivx''' porque el uso de probioticos COÑURT nutre y alimenta nuestro organismo favoreciendo nuestro metabolismo
4- '''económico''' reduciría la inversión que cocina comunitaria hace en yogurt artesano
5- un producto '''delicioso para paladades esquisitos'''

[[Category: HTE 2016]]

Micro-organismos simbióticos, extracción de la bacteria lacto bacilus de nuestra flora vaginal para realizar yogurt

2016-04-22T10:56:18Z

Ooooo:

'''dinamita.ación nodo''' : pechblenda lab + Gaia Leandra + Sachico

'''keywords:'''''C0ÑURT,flora vaginal, yogurt, simbioticS ,probiotics, prebiotics, lacto bacilus,bacterias, fermentación.''

'''Abstract:''' Interacciones estre especies, el humano como ecología interspecie.
[[Probiotics]] son microorganismxs que tienen una relación simbiótica con humanos u otras especies. Durante el evento extraeremos la bacteria probiótica LActo Bacilus de nuestra flora vaginal para realizar COÑURT, el yogurt que nos sale del coño '''.

'''Formato''': '''nodo''' comienza con una presentación a cerca de los microorganismos simbióticos presentes en el cuerpo cyborg y da paso a un experimento de laboratorio de microbiología en el cual extraeremos flujo vaginal para dar paso al cultivo de la bacteria probiotica Lacto bacilus y por último hacer Coñurt con ella.
se explica y presenta la incubadora/fermentadora *[[fermentadoras DIWO, caso de estudio FErmento incubator]]

pienso que en 2 sesiones de 1.30min cada una lo tenemos; el resto ¡qué trabajen las bacterias!

'''Materiales:''' proyector(p), cable VGA(p), sistema de sonido, mesa, incubadora(p), alimento para bacterias.

'''Lecturas útiles: [http://wiki.calafou.org/index.php?title=How_to%28s%29_y_recerca, Receta]; [http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus Isolation of lactobaciulus] portucoño se seguimiento

'''Horario''': sábado 23 y domingo 24 de 11-14h

'''Locación:''': por confirmar

Este taller esta Interelacionado con Ginecología DIY (en estrecha simbiosis)

== '''COÑURT''' el yogurt que nos sale del coño es : ==

1- '''ecológicx''' pues para su producción usamos materia de casa-cuerpo, la flora vaginal
2- '''saludable''' porque previne infecciones urogenitales, infecciones del tracto urinario y la vaginosis bacteriana
3- '''nutritivx''' porque el uso de probioticos COÑURT nutre y alimenta nuestro organismo favoreciendo nuestro metabolismo
4- '''económico''' reduciría la inversión que cocina comunitaria hace en yogurt artesano
5- un producto '''delicioso para paladades esquisitos'''

[[Category: HTE 2016]]

Perrakas científicas lokas/ queer entities

2016-04-17T13:00:37Z

Ooooo: /* Marthe Van Dessel */

== Sachiko Kana ==

http://biodesign.cc/about/
http://www.hackuarium.ch/en/

== Mary Maggic ==

http://MAGGIC.OOO

== Laura Benitez Valero ==

== Marthe Van Dessel==
https://www.ooooo.be

== Gaia Leandra ==

https://www.behance.net/gaialeandra

== Paquito Nogales ==

http://callopen.blogspot.com/
http://nogalesblanco.googlepages.com

== AyurHacker ==

== Pouccy Draama & Fannie Sosa ==

== y nuestras clásicas calafouianas ==

Klau Kinki

Martin rico

Oscar Martin

Beka Iglesias

Mandi Baldragues

Paula pin

Aleixof

Perrakas científicas lokas/ queer entities

2016-04-17T13:00:05Z

Ooooo: /* Marthe Van Dessel */

== Sachiko Kana ==

http://biodesign.cc/about/
http://www.hackuarium.ch/en/

== Mary Maggic ==

http://MAGGIC.OOO

== Laura Benitez Valero ==

== Marthe Van Dessel==
[[http://www.ooooo.be|http://www.ooooo.be]]

== Gaia Leandra ==

https://www.behance.net/gaialeandra

== Paquito Nogales ==

http://callopen.blogspot.com/
http://nogalesblanco.googlepages.com

== AyurHacker ==

== Pouccy Draama & Fannie Sosa ==

== y nuestras clásicas calafouianas ==

Klau Kinki

Martin rico

Oscar Martin

Beka Iglesias

Mandi Baldragues

Paula pin

Aleixof

Perrakas científicas lokas/ queer entities

2016-04-17T12:59:45Z

Ooooo: /* Marthe Van Dessel */

== Sachiko Kana ==

http://biodesign.cc/about/
http://www.hackuarium.ch/en/

== Mary Maggic ==

http://MAGGIC.OOO

== Laura Benitez Valero ==

== Marthe Van Dessel==
[http://www.ooooo.be|http://www.ooooo.be]

== Gaia Leandra ==

https://www.behance.net/gaialeandra

== Paquito Nogales ==

http://callopen.blogspot.com/
http://nogalesblanco.googlepages.com

== AyurHacker ==

== Pouccy Draama & Fannie Sosa ==

== y nuestras clásicas calafouianas ==

Klau Kinki

Martin rico

Oscar Martin

Beka Iglesias

Mandi Baldragues

Paula pin

Aleixof

Perrakas científicas lokas/ queer entities

2016-04-17T12:58:20Z

Ooooo: /* Marthe Van Dessel */

== Sachiko Kana ==

http://biodesign.cc/about/
http://www.hackuarium.ch/en/

== Mary Maggic ==

http://MAGGIC.OOO

== Laura Benitez Valero ==

== Marthe Van Dessel==
[http://www.ooooo.be]

== Gaia Leandra ==

https://www.behance.net/gaialeandra

== Paquito Nogales ==

http://callopen.blogspot.com/
http://nogalesblanco.googlepages.com

== AyurHacker ==

== Pouccy Draama & Fannie Sosa ==

== y nuestras clásicas calafouianas ==

Klau Kinki

Martin rico

Oscar Martin

Beka Iglesias

Mandi Baldragues

Paula pin

Aleixof

Perrakas científicas lokas/ queer entities

2016-04-17T12:33:50Z

Ooooo: /* Marthe */

== Sachiko Kana ==

http://biodesign.cc/about/
http://www.hackuarium.ch/en/

== Mary Maggic ==

http://MAGGIC.OOO

== Laura Benitez Valero ==

== Marthe Van Dessel==

== Gaia Leandra ==

https://www.behance.net/gaialeandra

== Paquito Nogales ==

http://callopen.blogspot.com/
http://nogalesblanco.googlepages.com

== AyurHacker ==

== Pouccy Draama & Fannie Sosa ==

== y nuestras clásicas calafouianas ==

Klau Kinki

Martin rico

Oscar Martin

Beka Iglesias

Mandi Baldragues

Paula pin

Aleixof

How to(s) y recerca

2016-04-15T09:21:17Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[isolation of lactobaciulus | http://wiki.calafou.org/index.php?title=Isolation_of_lactobaciulus]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg | link=http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

How to(s) y recerca

2016-04-01T19:43:15Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[[isolation of lactobaciulus | http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg | link=http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

How to(s) y recerca

2016-04-01T19:41:59Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[[isolation of lactobaciulus | http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg | http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

How to(s) y recerca

2016-04-01T19:40:38Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[[isolation of lactobaciulus | http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

How to(s) y recerca

2016-04-01T19:39:59Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[isolation of lactobaciulus|http://wiki.calafou.org/index.php?title=Preparaci%C3%B3n_para_hacer_yogurt]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

How to(s) y recerca

2016-04-01T19:39:07Z

Ooooo:

* 1- pasos a seguir para la extracción/ isolamiento de la bacteria lactobacilus presente en un 95% en nuestra flora vaginal

[[isolation of lactobaciulus]]

* 2- [[Preparación para hacer yogurt]]
[[File:S14-yoghurt20.jpg]]

* 3- link pARA REPLIKAR LA INCUBADORA FErMENTO [https://github.com/BioDesignRealWorld/Fermento]
hardGlam pechblendian edition for Gynepunk [http://hackteria.org/wiki/Especultivo_inkubator_based_on_the_Fermento_one]

Preparación para hacer yogurt

2016-04-01T16:40:38Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES

[[File:S14-yoghurt27.jpg|batch with 2 and without pasteurization 1]]

----
<gallery>
File:S14-yoghurt29.jpg|preparing tools and ingredients
File:S14-yoghurt28.jpg|cow raw milk, yoghurt
File:S14-yoghurt24.jpg|au bain marie ]]
</gallery>

BATCH 1
* 1 without pasteurization > stand 24h
<gallery>
File:S14-yoghurt17.jpg|cook milk 42 degrees
File:S14-yoghurt6.jpg|add yoghurt starter
File:S14-yoghurt4.jpg|add cooled milk and stir
</gallery>

BATCH 2
* 2 with pasteurization > stand 3-6h
<gallery>
File:S14-yoghurt20.jpg|cook milk 82 degrees
File:S14-yoghurt13.jpg|cool down milk 42 degrees
File:S14-yoghurt18.jpg|add yoghurt starter
File:S14-yoghurt11.jpg|add cooled milk and stir
</gallery>

NEXT :

<gallery>
File:S14-yoghurt2.jpg|put on a warm place, batch 1 for 24h, batch 2 for 6h
File:S14-yoghurt1.jpg|keep the heat
</gallery>

Preparación para hacer yogurt

2016-04-01T16:39:07Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm|http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES

[[File:S14-yoghurt27.jpg|batch with 2 and without pasteurization 1]]

----
<gallery>
File:S14-yoghurt29.jpg|preparing tools and ingredients
File:S14-yoghurt28.jpg|cow raw milk, yoghurt
File:S14-yoghurt24.jpg|au bain marie ]]
</gallery>

BATCH 1
* 1 without pasteurization > stand 24h
<gallery>
File:S14-yoghurt17.jpg|cook milk 42 degrees
File:S14-yoghurt6.jpg|add yoghurt starter
File:S14-yoghurt4.jpg|add cooled milk and stir
</gallery>

BATCH 2
* 2 with pasteurization > stand 3-6h
<gallery>
File:S14-yoghurt20.jpg|cook milk 82 degrees
File:S14-yoghurt13.jpg|cool down milk 42 degrees
File:S14-yoghurt18.jpg|add yoghurt starter
File:S14-yoghurt11.jpg|add cooled milk and stir
</gallery>

NEXT :

<gallery>
File:S14-yoghurt2.jpg|put on a warm place, batch 1 for 24h, batch 2 for 6h
File:S14-yoghurt1.jpg|keep the heat
</gallery>

Preparación para hacer yogurt

2016-04-01T16:37:16Z

Ooooo:

Preparación para hacer yogurt

2016-04-01T16:32:43Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES

[[File:S14-yoghurt27.jpg|batch with 2 and without pasteurization 1]]

----
<gallery>
File:S14-yoghurt29.jpg|preparing tools and ingredients
File:S14-yoghurt28.jpg|cow raw milk, yoghurt
File:S14-yoghurt24.jpg|au bain marie ]]
</gallery>

BATCH 1
* 1 without pasteurization > stand 24h
<gallery>
File:S14-yoghurt17.jpg|cook milk 42 degrees
File:S14-yoghurt6.jpg|add yoghurt starter
File:S14-yoghurt4.jpg|add cooled milk and stir
</gallery>

BATCH 2
* 2 with pasteurization > stand 3-6h
<gallery>
File:S14-yoghurt20.jpg|cook milk 82 degrees
File:S14-yoghurt13.jpg|cool down milk 42 degrees
File:S14-yoghurt18.jpg|add yoghurt starter
File:S14-yoghurt11.jpg|add cooled milk and stir
</gallery>

<gallery>
File:S14-yoghurt2.jpg|put on a warm place, batch 1 for 24h, batch 2 for 6h
File:S14-yoghurt1.jpg|keep the heat
</gallery>

Preparación para hacer yogurt

2016-04-01T16:31:14Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES

[[File:S14-yoghurt27.jpg|batch with 2 and without pasteurization 1]]
* 1 without pasteurization > stand 24h
* 2 with pasteurization > stand 3-6h

----
<gallery>
File:S14-yoghurt29.jpg|preparing tools and ingredients
File:S14-yoghurt28.jpg|cow raw milk, yoghurt
File:S14-yoghurt24.jpg|au bain marie ]]
</gallery>

BATCH 1

<gallery>
File:S14-yoghurt17.jpg|cook milk 42 degrees
File:S14-yoghurt6.jpg|add yoghurt starter
File:S14-yoghurt4.jpg|add cooled milk and stir
</gallery>

BATCH 2

<gallery>
File:S14-yoghurt20.jpg|cook milk 82 degrees
File:S14-yoghurt13.jpg|cool down milk 42 degrees
File:S14-yoghurt18.jpg|add yoghurt starter
File:S14-yoghurt11.jpg|add cooled milk and stir
</gallery>

<gallery>
File:S14-yoghurt2.jpg|thumb|left|alt=|put on a warm place, batch 1 for 24h, batch 2 for 6h
File:S14-yoghurt1.jpg|thumb|left|alt=|keep the heat
</gallery>

Preparación para hacer yogurt

2016-04-01T16:26:38Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES
[[File:S14-yoghurt27.jpg|batch with 2 and without pasteurization 1]]
* 1 without pasteurization > stand 24h
* 2 with pasteurization > stand 3-6h

----
<gallery>
File:S14-yoghurt29.jpg|preparing tools and ingredients
File:S14-yoghurt28.jpg|cow raw milk, yoghurt
File:S14-yoghurt24.jpg|au bain marie ]]
</gallery>

BATCH 1
{|style="margin: 0 auto;"
| [[File:S14-yoghurt17.jpg|thumb|upright|alt=|cook milk 42 degrees ]]
| [[File:S14-yoghurt6.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt4.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}

BATCH 2
{|style="margin: 0 auto;"
| [[File:S14-yoghurt20.jpg|thumb|upright|alt=cook milk|cook milk 82 degrees]]
| [[File:S14-yoghurt13.jpg|thumb|upright|alt=|cool down milk 42 degrees]]
| [[File:S14-yoghurt18.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt11.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}

{|style="margin: 0 auto;"
| [[File:S14-yoghurt2.jpg|thumb|left|alt=|put on a warm place, batch 1 for 24h, batch 2 for 6h ]]
| [[File:S14-yoghurt1.jpg|thumb|left|alt=|keep the heat ]]
|}

Preparación para hacer yogurt

2016-04-01T16:24:06Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

* 2 liters of fresh cow milk
* 1 pot of Yoghurt from WIDAR (full)

2 BATCHES
[[File:S14-yoghurt27.jpg|thumb|upright|alt=recipes|batch with 2 and without pasteurization 1]]
* 1 without pasteurization > stand 24h
* 2 with pasteurization > stand 3-6h

----
{|style="margin: 0 auto;"
| [[File:S14-yoghurt29.jpg|thumb|left|alt=start|prering tools and ingredients ]]
| [[File:S14-yoghurt28.jpg|thumb|left|alt=ingredients|cow raw milk, yoghurt ]]
| [[File:S14-yoghurt24.jpg|thumb|left|alt=au bain marie|au bain marie ]]
|}

BATCH 1
{|style="margin: 0 auto;"
| [[File:S14-yoghurt17.jpg|thumb|upright|alt=|cook milk 42 degrees ]]
| [[File:S14-yoghurt6.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt4.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}

BATCH 2
{|style="margin: 0 auto;"
| [[File:S14-yoghurt20.jpg|thumb|upright|alt=cook milk|cook milk 82 degrees]]
| [[File:S14-yoghurt13.jpg|thumb|upright|alt=|cool down milk 42 degrees]]
| [[File:S14-yoghurt18.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt11.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}

{|style="margin: 0 auto;"
| [[File:S14-yoghurt2.jpg|thumb|left|alt=|put on a warm place, batch 1 for 24h, batch 2 for 6h ]]
| [[File:S14-yoghurt1.jpg|thumb|left|alt=|keep the heat ]]
|}

Preparación para hacer yogurt

2016-04-01T16:21:15Z

Ooooo:

EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

----

2 liters of fresh cow milk
1 pot of Yoghurt from WIDAR (full)

----

2 BATCHES
1 without pasteurization > stand 24h
2 with pasteurization > stand 3-6h

----
{|style="margin: 0 auto;"
| [[File:S14-yoghurt29.jpg|thumb|upright|alt=start|prering tools and ingredients ]]
| [[File:S14-yoghurt28.jpg|thumb|upright|alt=ingredients|cow raw milk, yoghurt ]]
| [[File:S14-yoghurt27.jpg|thumb|upright|alt=recipes|batch with 2 and without pasteurization 1]]
| [[File:S14-yoghurt24.jpg|thumb|upright|alt=au bain marie|au bain marie ]]
|}
{|style="margin: 0 auto;"
| [[File:S14-yoghurt20.jpg|thumb|upright|alt=cook milk|cook milk 82 degrees]]
| [[File:S14-yoghurt13.jpg|thumb|upright|alt=|cool down milk 42 degrees]]
| [[File:S14-yoghurt18.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt11.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}
{|style="margin: 0 auto;"
| [[File:S14-yoghurt17.jpg|thumb|upright|alt=|cook milk 42 degrees ]]
| [[File:S14-yoghurt6.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt4.jpg|thumb|upright|alt=|add cooled milk and stir ]]
|}
{|style="margin: 0 auto;"
| [[File:S14-yoghurt2.jpg|thumb|upright|alt=|put on a warm place, batch 1 for 24h, batch 2 for 6h ]]
| [[File:S14-yoghurt1.jpg|thumb|upright|alt=|keep the heat ]]
|}

File:S14-yoghurt1.jpg

2016-04-01T16:20:12Z

Ooooo:

File:S14-yoghurt2.jpg

2016-04-01T16:19:54Z

Ooooo:

File:S14-yoghurt4.jpg

2016-04-01T16:19:31Z

Ooooo:

File:S14-yoghurt6.jpg

2016-04-01T16:18:44Z

Ooooo:

File:S14-yoghurt17.jpg

2016-04-01T16:18:26Z

Ooooo:

File:S14-yoghurt11.jpg

2016-04-01T16:17:49Z

Ooooo:

File:S14-yoghurt18.jpg

2016-04-01T16:17:26Z

Ooooo:

File:S14-yoghurt13.jpg

2016-04-01T16:17:07Z

Ooooo:

File:S14-yoghurt20.jpg

2016-04-01T16:16:25Z

Ooooo:

File:S14-yoghurt24.jpg

2016-04-01T16:16:06Z

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File:S14-yoghurt27.jpg

2016-04-01T16:15:49Z

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Preparación para hacer yogurt

2016-04-01T16:15:22Z

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EXPERIMENT NO. 8
YOGHURT FERMENTATION
WITH LACTOBACILLUS CULTURES
[http://www.eng.umd.edu/~nsw/ench485/lab8.htm]

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2 liters of fresh cow milk
1 pot of Yoghurt from WIDAR (full)

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2 BATCHES
1 without pasteurization > stand 24h
2 with pasteurization > stand 3-6h

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{|style="margin: 0 auto;"
| [[File:S14-yoghurt29.jpg|thumb|upright|alt=start|prering tools and ingredients ]]
| [[File:S14-yoghurt28.jpg|thumb|upright|alt=ingredients|cow raw milk, yoghurt ]]
| [[File:S14-yoghurt27.jpg|thumb|upright|alt=recipes|batch with 2 and without pasteurization 1]]
| [[File:S14-yoghurt24.jpg|thumb|upright|alt=au bain marie|au bain marie ]]
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| [[File:S14-yoghurt20.jpg|thumb|upright|alt=cook milk|cook milk 82 degrees]]
| [[File:S14-yoghurt13.jpg|thumb|upright|alt=|cool down milk 42 degrees]]
| [[File:S14-yoghurt18.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt11.jpg|thumb|upright|alt=|add cooled milk and stir ]]
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| [[File:S14-yoghurt17.jpg|thumb|upright|alt=|cook milk 42 degrees ]]
| [[File:S14-yoghurt6.jpg|thumb|upright|alt=|add yoghurt starter ]]
| [[File:S14-yoghurt4.jpg|thumb|upright|alt=|add cooled milk and stir ]]
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| [[File:S14-yoghurt2.jpg|thumb|upright|alt=|put on a warm place, batch 1 for 24h, batch 2 for 6h ]]
| [[File:S14-yoghurt1.jpg|thumb|upright|alt=|keep the heat ]]
|}

File:S14-yoghurt28.jpg

2016-04-01T15:08:29Z

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File:S14-yoghurt29.jpg

2016-04-01T15:07:53Z

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Preparación para hacer yogurt

2016-04-01T15:07:20Z

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