Fallen (Toyah song)

"Fallen" is the 24th single by the British rock singer Toyah Willcox, released on 18 September 2011. The song is a collaboration with British dance music producer Paul Masterson, also known as Yomanda, and features lyrics written by Toyah.

Recording

The track started life as an instrumental piece by Masterson, who sent the track to Toyah and asked if she would record a vocal for it. In an interview on Gaydar Radio, he said "...we hadn't actually met until the day of recording the vocals. We spoke on email and we recorded the vocals down at Dave Pemberton's studio in Essex. It was a great day. Very, very relaxed. It was a bit nervous at first, obviously meeting Toyah but it was a very good day. It took about three hours and all done, pretty much, in one take. Great day all round really."

Track listing

Personnel

References

Fallen (Fields of the Nephilim album)

Fallen is the fourth studio album by Fields of the Nephilim, released after an eleven-year hiatus. None of the original band-members aside from vocalist Carl McCoy appear on the album, and upon release, the band's website described the disc as an unauthorized cash-in of unreleased demos, "pilfered" by the label.

Track listing

Bonus Live Disc (digi-pack edition) 25:41

recorded live at the Town & Country Club, London, May 1988; taken from the Forever Remain

Bonus Disc (strictly limited edition) 15:48

References

External links

List of Transformers: Cybertron episodes

The following is a list of episodes in the Transformers series, Transformers: Cybertron. It chronicles the adventures of the Autobots, as they battle the Decepticons and attempt to claim the four Cyber Planet Keys.

The series uses four pieces of theme music. For the first twenty-seven episodes of the series "Call You - Kimi to Boku no Mirai [The Future of You and I]" by Shinji Kakijima is used for the opening theme and "Itsumo" by Tomoka Issei is used for the ending theme. The remaining episodes use "Ignition!" by CHINO for the opening theme and "Growing Up" by Shinji Kakijima for the Ending theme. In the English dub of the series, all of the original ending themes are removed, with the song "Transformers: Cybertron Theme" by Paul Oakenfold used for both the opening and ending in all episodes.

First story arc: episodes 1-13

Second story arc: episodes 14-26

Third story arc: episodes 27-39

Fourth story arc: episodes 40-51

Pur, Bhiwani

Pur is a village in the Bawani Khera tehsil of Bhiwani district in the Indian state of Haryana. It lies on the border with Hisar district, 20 kilometres (12 mi) north of the district headquarters at Bhiwani, 6 kilometres (3.7 mi) west of Bawani Khera and around 240 kilometres (150 mi) from the state capital Chandigarh.

Demographics

As of the 2011 Census of India, the village had 1,248 households with a total population of 6,961 of which 3,682 were male and 3,279 female.

The majority of the population are Brahmins and there is regular tension between minority Jats and the majority Brahmins.

Temples

References

PUR4

pUR4 is a recombinant peptide that is known to inhibit the polymerization of fibronectin in a number of cell types including fibroblasts and endothelial cells. Fibronectin is an essential component of the extracellular matrix that acts as a mediator between the extracellular matrix and the cells that reside within the matrix. This cell-matrix communication occurs by binding interactions between fibronectin and matrix assembly sites on the cell surface. pUR4 interferes with these binding interaction by binding to fibronectin itself.

Fibronectin is known to regulate the deposition of other extracellular matrix proteins as well as influence the formation of vascular networks. For this reason, pUR4 is utilized in a number of research studies to determine the precise impact fibronectin has on these processes. The formation of vascular networks is a particularly interesting topic as it is of special interest to those who study tumor and cancer growth. Tumors are limited in size by the rate of diffusion of nutrients and waste. The ability to form vascular networks allows a tumor to grow beyond this limit and leads to the possibility of metastasis. By searching for a way to inhibit tumor vascular network formation, tumor size can be restricted and the possibility of metastasis reduced.