text:
The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase
Carl Marfurt, D. F. Turner
Transganglionic transport of horseradish peroxidase (HRP) or horseradish peroxidase-wheat germ agglutinin conjugate (HRP-WGA) was used to map in detail the central projections of trigeminal primary afferent neurons that innervate the dental pulp organ of the rat. In each of 10 animals, 0.5-2.0 μl of enzyme solution was injected into the pulp chamber of the first maxillary molar tooth. Postmortem examination of the decalcified teeth in all cases showed that the HRP/HRP-WGA remained confined to the pulp chamber and pulp roots, with no spread of enzyme into periapical tissues. HRP-labeled tooth pulp afferent fibers projected to all four rostrocaudal subdivisions of the ipsilateral trigeminal brainstem nuclear complex (TBNC) and to the upper cervical spinal cord. The labeled terminal fields formed a column that stretched relatively uninterrupted from just caudal to the rostromedial tip of the trigeminal principal sensory nucleus to at least the C2 segment of the spinal cord. The density of the afferent projection varied markedly from one rostrocaudal level of the TBNC to the next but was heaviest in an area encompassing the caudal one-half of the principal sensory nucleus and the rostral two-thirds of pars oralis. Fibers projected only lightly to pars caudalis, where they terminated preferentially in laminae I, IIa, and the junctional zone between laminae IV and V. HRP-labeled terminals in C1 and C2 were located almost exclusively in laminae I. In the dorsoventral axis, the terminal fields in the TBNC were located in a surprisingly dorsal part of the complex, well within what has been shown by others to be largely an area of termination for mandibular division fibers. Most fibers ended in medial parts of the TBNC, with the exception of two modestly labeled terminal fields located in the lateral aspects of rostral pars oralis and rostral pars caudalis. No labeled fibers terminated in the contralateral TBNC or contralateral cervical spinal cord.
Journal of Comparative Neurology
Trigeminal Nuclei
Afferent Neurons
Horseradish Peroxidase
Dental Pulp Cavity
Periapical Tissue
Wheat Germ Agglutinin-Horseradish Peroxidase Conjugate
Dental Pulp
Spinal Cord Dorsal Horn
Marfurt, C., & Turner, D. F. (1984). The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase. Journal of Comparative Neurology, 223(4), 535-547.
The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase. / Marfurt, Carl; Turner, D. F.
In: Journal of Comparative Neurology, Vol. 223, No. 4, 1984, p. 535-547.
Marfurt, C & Turner, DF 1984, 'The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase', Journal of Comparative Neurology, vol. 223, no. 4, pp. 535-547.
Marfurt C, Turner DF. The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase. Journal of Comparative Neurology. 1984;223(4):535-547.
Marfurt, Carl ; Turner, D. F. / The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase. In: Journal of Comparative Neurology. 1984 ; Vol. 223, No. 4. pp. 535-547.
@article{7215a98240434824aec92500f44cacea,
title = "The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase",
abstract = "Transganglionic transport of horseradish peroxidase (HRP) or horseradish peroxidase-wheat germ agglutinin conjugate (HRP-WGA) was used to map in detail the central projections of trigeminal primary afferent neurons that innervate the dental pulp organ of the rat. In each of 10 animals, 0.5-2.0 μl of enzyme solution was injected into the pulp chamber of the first maxillary molar tooth. Postmortem examination of the decalcified teeth in all cases showed that the HRP/HRP-WGA remained confined to the pulp chamber and pulp roots, with no spread of enzyme into periapical tissues. HRP-labeled tooth pulp afferent fibers projected to all four rostrocaudal subdivisions of the ipsilateral trigeminal brainstem nuclear complex (TBNC) and to the upper cervical spinal cord. The labeled terminal fields formed a column that stretched relatively uninterrupted from just caudal to the rostromedial tip of the trigeminal principal sensory nucleus to at least the C2 segment of the spinal cord. The density of the afferent projection varied markedly from one rostrocaudal level of the TBNC to the next but was heaviest in an area encompassing the caudal one-half of the principal sensory nucleus and the rostral two-thirds of pars oralis. Fibers projected only lightly to pars caudalis, where they terminated preferentially in laminae I, IIa, and the junctional zone between laminae IV and V. HRP-labeled terminals in C1 and C2 were located almost exclusively in laminae I. In the dorsoventral axis, the terminal fields in the TBNC were located in a surprisingly dorsal part of the complex, well within what has been shown by others to be largely an area of termination for mandibular division fibers. Most fibers ended in medial parts of the TBNC, with the exception of two modestly labeled terminal fields located in the lateral aspects of rostral pars oralis and rostral pars caudalis. No labeled fibers terminated in the contralateral TBNC or contralateral cervical spinal cord.",
author = "Carl Marfurt and Turner, {D. F.}",
journal = "Journal of Comparative Neurology",
T1 - The central projections of tooth pulp afferent neurons in the rat as determined by the transganglionic transport of horseradish peroxidase
AU - Marfurt, Carl
AU - Turner, D. F.
N2 - Transganglionic transport of horseradish peroxidase (HRP) or horseradish peroxidase-wheat germ agglutinin conjugate (HRP-WGA) was used to map in detail the central projections of trigeminal primary afferent neurons that innervate the dental pulp organ of the rat. In each of 10 animals, 0.5-2.0 μl of enzyme solution was injected into the pulp chamber of the first maxillary molar tooth. Postmortem examination of the decalcified teeth in all cases showed that the HRP/HRP-WGA remained confined to the pulp chamber and pulp roots, with no spread of enzyme into periapical tissues. HRP-labeled tooth pulp afferent fibers projected to all four rostrocaudal subdivisions of the ipsilateral trigeminal brainstem nuclear complex (TBNC) and to the upper cervical spinal cord. The labeled terminal fields formed a column that stretched relatively uninterrupted from just caudal to the rostromedial tip of the trigeminal principal sensory nucleus to at least the C2 segment of the spinal cord. The density of the afferent projection varied markedly from one rostrocaudal level of the TBNC to the next but was heaviest in an area encompassing the caudal one-half of the principal sensory nucleus and the rostral two-thirds of pars oralis. Fibers projected only lightly to pars caudalis, where they terminated preferentially in laminae I, IIa, and the junctional zone between laminae IV and V. HRP-labeled terminals in C1 and C2 were located almost exclusively in laminae I. In the dorsoventral axis, the terminal fields in the TBNC were located in a surprisingly dorsal part of the complex, well within what has been shown by others to be largely an area of termination for mandibular division fibers. Most fibers ended in medial parts of the TBNC, with the exception of two modestly labeled terminal fields located in the lateral aspects of rostral pars oralis and rostral pars caudalis. No labeled fibers terminated in the contralateral TBNC or contralateral cervical spinal cord.
AB - Transganglionic transport of horseradish peroxidase (HRP) or horseradish peroxidase-wheat germ agglutinin conjugate (HRP-WGA) was used to map in detail the central projections of trigeminal primary afferent neurons that innervate the dental pulp organ of the rat. In each of 10 animals, 0.5-2.0 μl of enzyme solution was injected into the pulp chamber of the first maxillary molar tooth. Postmortem examination of the decalcified teeth in all cases showed that the HRP/HRP-WGA remained confined to the pulp chamber and pulp roots, with no spread of enzyme into periapical tissues. HRP-labeled tooth pulp afferent fibers projected to all four rostrocaudal subdivisions of the ipsilateral trigeminal brainstem nuclear complex (TBNC) and to the upper cervical spinal cord. The labeled terminal fields formed a column that stretched relatively uninterrupted from just caudal to the rostromedial tip of the trigeminal principal sensory nucleus to at least the C2 segment of the spinal cord. The density of the afferent projection varied markedly from one rostrocaudal level of the TBNC to the next but was heaviest in an area encompassing the caudal one-half of the principal sensory nucleus and the rostral two-thirds of pars oralis. Fibers projected only lightly to pars caudalis, where they terminated preferentially in laminae I, IIa, and the junctional zone between laminae IV and V. HRP-labeled terminals in C1 and C2 were located almost exclusively in laminae I. In the dorsoventral axis, the terminal fields in the TBNC were located in a surprisingly dorsal part of the complex, well within what has been shown by others to be largely an area of termination for mandibular division fibers. Most fibers ended in medial parts of the TBNC, with the exception of two modestly labeled terminal fields located in the lateral aspects of rostral pars oralis and rostral pars caudalis. No labeled fibers terminated in the contralateral TBNC or contralateral cervical spinal cord.
JO - Journal of Comparative Neurology
JF - Journal of Comparative Neurology


text:
Dawn Tetra – Aphyocharax nattereri
Written by Mike Wheeler in Egg-Scatterers,Fishes,General,Tetras
Tetras are amongst the most popular aquarium fishes. There are probably more than 150 distinct species of tetra from which the aquarist may choose and this includes a large number of visually stunning fishes that are bound to enhance any home aquarium.
Is the Dawn Tetra a good community fish? The Dawn Tetra should be considered to be an excellent community fish and gets on with most species. Being captive-bred it will thrive in a wide range of water chemistry. The Dawn Tetra has a reputation for fin-nipping so best to avoid keeping it with elaborately-finned species.
Common name(s) Dawn Tetra – also known as:
Panda Tetra
Scientific name Aphyocharax nattereri
Family Characidae
Originate from Southern Brazil, Bolivia and Paraguay in South America
Temperament Placid, shoaling fish – can be a fin-nipper
Colour & Form Body is silver with iridescent grenn scales along the line of the spine from the back of the gills to its caudal fin. The anal fin has a black root and the caudal fin has a black root with white patches above and below.
Lifespan Up to 5 years
Adult size Up to 1.5 inches
Diet Omnivorous – eat aquatic insect larvae in nature
Compatible with Most other Tetras, Barbs, Danios, Guppies and other livebearers, dwarf cichlids, smaller Gouramis, catfish and loaches
Avoid keeping with Large and/or aggressive species and species with elaborate finnage
Water hardness (dGH or dH) Up to 20 dGH
Origins of the Dawn Tetra
Tetras, as a "family" of fishes belonging to the biological family Characidae are found in nature in Africa, Central America and South America.
The Dawn Tetra originates in Southern Brazil, Bolivia and Paraguay in South America.
Characteristics of the Dawn Tetra
As you can see, the Dawn Tetra is an impressive little fish. It has a slender body – often described as being "torpedo-shaped". It will grow to up to 1.5 inches in the aquarium and lives for up to five years.
The Dawn Tetra is a shoaling fish and should be kept as a group of at least six fish, though a shoal of, say, ten or more fish is highly recommended. Having plenty of vegetation to break up lines of sight will also help to protect your Dawn Tetras from predation but it is obviously advised that Dawn Tetras are not kept with predatory species, as they are very small fish and may be seen as a snack.
The body of the Dawn Tetra is silver with iridescent, pale green reflecting from the scales behind the fill plates along the central, lateral area to the root of the caudal fin. It is distinctive in that it has a relatively thick, black line running along the line of the spine from the back of the gills to its caudal fin and then continuing along the lower fork of the caudal fin to its tip.
There is some variation in the colouring of the other fins of the Dawn Tetra. For example, whilst most fins are colourless (hyaline), the anal fin has a strong, black band closest to the body before becoming clear. The caudal peduncle (the body area immediately before the caudal fin) is black and this stretches into the caudal fin around one-third of the way to the rear of the tail. Above and below this black section of the caudal fin are white patches which extend, again, around one third the length of the caudal fin. For this reason, the Dawn Tetra is also known as the Panda Tetra. The remainder of the caudal fin is clear (hyaline).
The Dawn Tetra tends to inhabit the middle area of the aquarium (top to bottom). That said, it is a vigorous fish when breeding and will readily traverse the entire aquarium.
The Dawn Tetra is, by nature, a shoaling fish and it is generally recommended to purchase six or more fish, as their nature is to swim together as a shoal and they will tend to thrive much better as a shoal. Dawn Tetras are excellent community fish and are ideal for novice aquarists, but note that the Dawn Tetra does have a reputation as a fin-nipper.
Dawn Tetras, like most rainforest species, prefer a shaded tank, as they can hide from predation, so consider including floating leaves and/or allowing vegetation to grow so that it floats on the surface of the water to provide shade. They are used to habitats in nature that include decomposing wood and vegetation, which tends to make the water brown (the effects of tannins) and acidic but seem equally happy in clear water, particularly since you are only likely to obtain captive-bred specimens.
It is generally advised that the minimum tank size for Dawn Tetras should be one of 24 inches in length or more due to the shoaling nature of the species, which will enable a small shoal to move around freely. The tank should be well-planted but with clear areas where the fish can swim freely. The water should have gentle movement.
Dawn Tetras prefer fairly acidic water with a pH of 5.5 to 7.5 with a temperature range between 72 and 82 degrees Fahrenheit and up to 20 dGH.
Dawn Tetras are fairly difficult to sex until they are mature, where the female has a slightly fuller body than the male. The male also has more distinctive, bolder markings but overall conditioning can make this a misleading differentiator.
Dawn Tetras are also susceptible to elevated nitrate levels so it is advised that you monitor the water on a regular basis. Overfeeding is the most common cause of elevated nitrate levels. Firstly, fish which are overfed produce more waste, which increases water toxins, including nitrates. Secondly, uneaten food rots down and also increases water toxins, again including nitrates.
The general rule for Tetras is that by keeping six or more of the same species in an aquarium they will be fully aware of which is male and which is female and they will act accordingly.
Most (but not all) Tetras have an additional fin which identifies them as being Tetras and the Dawn Tetra is no exception. If you look between the dorsal fin and the caudal (tail) fin of the Dawn Tetra you will observe a tiny, additional fin, known as the adipose fin. The purpose of this fin is not fully understood but, if it is present on a freshwater tropical fish then you can be pretty certain that the fish is a Tetra.
Tetra comes from the Greek word "Tetragonopterus" which means square-finned and appears to relate to the four fins on vertical plane of the fish (dorsal, adipose, caudal and anal fins) which span the central line of the fish (when viewed from above or below, front or rear) and are not present as a pair (e.g. the pectoral or pelvic fins).
Dawn Tetra – Video
How do Dawn Tetras breed?
Tetras, in general, will scatter eggs by laying them over fine plants such as Cabomba, Fontanalis or Java Moss.
Dawn Tetras, like most species, are noted to leap above the water surface during breeding and in general, so it is advised that the tank should be covered to mitigate the risk of losing fish.
As the female Dawn Tetra becomes ripe with eggs, the difference between the sexes may become more evident, as the body expands because it is carrying eggs. If you plan to attempt to breed Dawn Tetras then it is recommended that you have a breeding tank prepared. Such a tank can be empty but you may wish to include a mesh or grid under which the fertilized eggs will fall and/or a sterilized breeding mop.
That said, Dawn Tetras may breed in a community tank and, if the tank is well planted, it is possible that at least a few fry may survive to reach adulthood. Having a good covering of Willow Moss on the floor of the aquarium seems to provide a safe haven for fry, which can help them to survive predation in a community or single-species tank.
Some say that a novice may find it difficult to breed Dawn Tetras but, in my experience, by understanding the conditions that are ideal for breeding, most species will breed quite readily, as it is natural for them so to do and, in general, nature will find a way.
The female will swim more vigorously around the tank and, if you include two males then they will encourage her to lay her eggs by bumping into her. She will lay her slightly adhesive eggs which will immediately be fertilized by the male(s) and will either stick to plants or spawning mop or will fall to the bottom of the tank (preferably through the mesh or trap). Once spawning is complete, remove the adults, as they are likely to consume the eggs, given the chance, and take no further parental responsibility.
Spawning usually takes place in the early morning.
Breeding tank for Dawn Tetras
You should prepare a tank of around 20 gallons in size with mature, soft, acidic water. The water should have a low level of light.
You may wish to introduce mosquito larvae or bloodworm as an inducement to reproduction.
The female will swim amongst the plants, laying several hundred eggs during a spawning. The male(s) will swim alongside or behind her and fertilize the eggs as they are laid. Once the female has laid all her eggs the adults should be removed from the breeding tank.
Keep the lights off and the tank dark because Tetra eggs and fry are particularly sensitive to the light.
The eggs will hatch typically in a day or so depending on tank temperature and conditions and the fry will become free-swimming after around five to seven days after hatching. Keep the tank unlit for the first week or so then gradually increase the lighting.
The newly hatched fry will firstly feed on their yolk sac but, once free-swimming, can be fed infusoria (particularly rotifers) and will also thrive on egg yolk during the first two to four weeks. It is worth mentioning that immediately after hatching, fry seem quite vigorous but will soon go into a resting state before they become free-swimming so please don't mistake this initial stage as being free-swimming.
After around four days or so add baby brine shrimp. Once the fry are sufficient in size not to be treated as a snack then they can be introduced into the community tank where they will join the existing shoal. Before moving the adolescent fish into the community tank ensure that you have balanced the water temperatures to mitigate the risk of White Spot or other diseases being triggered.
Should your Dawn Tetras have a special diet for breeding?
Adult Dawn Tetras don't need any particular inducement to breed. That said, it has been suggested that adding mosquito larva may encourage them, presumably because the addition of a new food may "fool" the fish into thinking that it is breeding time. From my own experience, I would always recommend keeping all of your fish in the best possible condition at all times, as this is good for the wellbeing of your fish.

redpajama_set_name: RedPajamaCommonCrawl


By your description you r keyboard has failed and need replacing.
But you should confirm this with a Live Linux Disc before buying any parts.
Though depending on what you did when the NB was apart it may be something as simple as the RAM needs removing and refitting.


text:
Q: How do I display date and time separately from a give datetime function? I am just plugging and playing with a sample code to get a hang of chatting/messaging apps. I am using a function gettimedate such that, in my model class I have the following:
private volatile long mTimedate;

public myclass(....,DateType date,...){
        mTimedate = date != null ? date.time : new Date().getTime();

}
public final long getTimedate() {
        return mTimedate;
    }
public int hashCode() {
        if (mId != null) {
            return mId.hashCode();
        }

        int hash = mBody == null ? 0 : mBody.hashCode();
        return 31 * hash + (new Long(mTimedate)).hashCode();
    }
public boolean equals(Object obj) {
        if (this == obj) {
            return true;
        }

        if (!(obj instanceof myclass)) {
            return false;
        }

        myclass other = (myclass) obj;
        return mId != null ? mId.equals(other.mId) : other.mId == null
                && (mBody == null ? other.mBody == null : mBody.equals(other.mBody))
                && mTimedate == other.mdate;
    }

Now, I wonder, how do I use this time date function, such that I can extract "Month -date, year " for top of my view and for the bottom part "time in 12 hr format" from the same function gettimedate().
Here's my adapter where I am using this function for display:
 holder.txtInfo.setText(String.valueOf(new Date(msg.getTimedate())));

which returns the whole package as say "Mon Oct 19 ,13:03:03 EDT 2015"
but I only need to use it in pieces for different views. Any clue how I can go about it to use it in 2 different places?
P.S: For a rough working code sample , here's a sample code:
http://www.codeproject.com/Tips/897826/Designing-Android-Chat-Bubble-Chat-UI
Also , i would like to modify this test code to see if I can show the date on top for the day of the conversation only once and the just the 12hr time format for each and every conversation ,example( 4:35pm) , just like in any standard chat. Is there anyway to do that with the above code?
Thanks!

A: If you want to manipulate and working with details of date,I prefere you to use Joda Time.It's really very helpfull library,you can find Interval,Period,Duration and more and more...
Here is the link of .jar file of library.Good luck

A: Use the SimpleDateFormat class.
Example:
public String getDateTimeStringWithSeconds(long time) {
    Calendar calendar = Calendar.getInstance();
    calendar.setTimeInMillis(time);
    SimpleDateFormat simpleDateFormat = new SimpleDateFormat("d/M-yyyy - HH:mm:ss");
    return simpleDateFormat.format(calendar.getTime());
}

And that will return a string such as "20/10-2015 - 00:58:33".
But the way its printed can be changed to almost anything, it's all in the SimpleDateFormat documentation.

A: Use this:
Date date = new Date();
SimpleDateFormat tryDateFormat = new SimpleDateFormat("EEEE MMMM-dd-yyyy");
String formattedDate = tryDateFormat.format(date);

System.out.println(formattedDate);

which prints this
Tuesday October-20-2015

redpajama_set_name: RedPajamaStackExchange


The Ministry of Health has prepared a draft of Decree to amend the emergency medical service. Since October, every car should have a defibrillator with ECG monitoring of the heart and all ambulances should be equipped with new drugs. The operator will communicate with ambulance vehicle via Internet. By clicking on tablet ambulance can indicates the position and status whether ambulance is in the field or on the way to the hospital, or free. Mandatory equipment of ambulances should for example be equipment used by health insurance companies for records of patient data. Companies that operate rescue stations have not yet expressed caution. They appreciate this proposal as it will help to improve first aid; however, this amendment will increase their costs.


text:
Adelaide Writer's Week
Adelaide Writer's Week is a national treasure. For starters, it is the largest free writer's festival in Australia, but most importantly it consistently attracts some of the best minds and writers in the world. And Australian crowds just love it.
For me, Writer's Week was off to a stimulating start: Breakfast with Papers, a coffee, a comfortable seat in The Star Kitchen and Bar, Adelaide Festival Centre, and a panel of highly credentialed and informed guests to contemplate some of the really big issues facing our planet. I think the organisers were overwhelmed by the turnout as more and more chairs were being ferreted out from around the Adelaide Festival Centre to cater for the larger than anticipated crowd.
The crowd was there to listen to the Professor of Ukrainian History at Harvard University and award-winning author, Serhii Plokhy; Karachi based journalist and author, Sanam Maher and the deputy editor of ABC News in South Australia, Nick Harmsen who opened the proceedings with some lively discussion. Host Tom Wright tried to find commonalities in the Ukrainian and Pakistani experience and found them in the struggle for national identity, the uneasy relationship with their mutual ally, the United States whose increasingly rogue foreign policy was causing collective palpitations, and of course having to deal with a belligerent neighbour with a nuclear arsenal and territorial greed. The phenomenon of celebrity turned national leader provided for a most interesting discussion with Pakistan's test cricketer turned Prime Minister, Imran Khan and Ukraine's comedian turned President, Volodymyr Zelensky being put under the blow torch of scrutiny by all speakers.
After the spirited conversation and questions, Adelaide Festival of Arts co-director, Neil Armfield reserved the final question and comment. He had every reason to feel pleased with what he had just witnessed, commenting on the incredibly high level of intellectual discourse on offer, and the necessity for communities to gather around a coffee and newspapers and to have some really important conversations about the topical issues that affect our planet.
The line-up of writers for Saturday's session in the Pioneer Women's Memorial Garden was a real smorgasbord of ideas and topical issues from around the planet – Ireland's John Boyne, Nigeria's Chigozie Obioma and Bart van Es from the Netherlands mixed ideas with some of Australia's finest writers – John Marsden, Christos Tsiolkas and Blanche d'Alpuget. Serhii Plokhy left a resounding impact on me so I joined the audience which numbered in the vicinity of one thousand, to hear him talk about his award-winning book, Chernobyl: History of a Tragedy. Quite likely the fascination with the HBO mini-series Chernobyl had a lot to do with the massive size of the crowd, and they weren't disappointed. Plokhy is erudite and insightful and chair Steven Gale prodded and poked for some pointed responses and got them when Plokhy explained that the Chernobyl disaster was an accident waiting to happen and was an almost conceivable event considering the bureaucratic rottenness of the Soviet Union at the time. Ultimately, Chernobyl was one of the triggers that led to the collapse of the Soviet Union.
This idea was picked up again on Sunday when Serhii Plokhy shared the stage with the Professor of History from Cambridge University, Christopher Clark to contemplate "The Fall of Empires." Clark is an expert on World War One, the Austro-Hungarian Empire and referred to his book, Iron Kingdom about the fall of Prussia. Plokhy has written an authoritative text about the collapse of the Soviet Union called, The Last Empire. When asked about the lessons to be learnt from these collapsed empires, both authors pointed to similar patterns that seem to be re-emerging when looking at contemporary Russia, China and the US.
This was a really interesting discussion, and it was just one of many. An incredible weekend of literature, history and ideas. And a lot of fun too. I only caught a little bit of Hear Me Roar – a celebration of slam poetry. Great energy. Great fun.
We are so lucky to have such an amazing Festival in Adelaide. And its free.
Review By Bob Becker
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