|
18 Pall Mall, 2nd Fl. London SW1Y 5LU, United Kingdom Tel. +44-20-7389-5015 Fax +44-20-7389-5011 |
Type: Public
On the web:
http://www.lipoxen.co.uk
Employees:
28
Employee growth: (6.7%)
Lipoxen strives to make drugs stronger than disease. The biopharmaceutical company has developed three proprietary technologies used to develop new drug and vaccine products. Its PolyXen extends the life and stability of proteins used to deliver drugs. Its ImuXen liposomal technology boosts vaccine effectiveness, while its VesicALL technology is being used to develop and improve oncology drugs. Lipoxen licenses its technologies to other biopharm developers, but has also built up a string of product candidates of its own. Candidates in development include an oral tetanus vaccine, a vaccine for H1N1 influenza, an improved polio vaccine, and potential treatments for diabetes and hepatitis C.
Key numbers for fiscal year ending December, 2010:
Sales: $2.4M
One year growth: 224.3%
Net income: ($3.0)M
Officers:
Chairman: Sir Brian M. Richards
CEO: M. Scott Maguire
COO: Peter Laing
Competitors:
Cancer Research Technology
Nektar Therapeutics
Sanofi Pasteur SA
| Name | PCB size (mm) |
|---|---|
| WTX | 356 × 425 |
| AT | 350 × 305 |
| Baby-AT | 330 × 216 |
| BTX | 325 × 266 |
| ATX | 305 × 244 |
| EATX (Extended) | 305 × 330 |
| LPX | 330 × 229 |
| microBTX | 264 × 267 |
| NLX | 254 × 228 |
| Ultra ATX | 244 × 367 |
| microATX | 244 × 244 |
| DTX | 244 × 203 |
| FlexATX | 229 × 191 |
| Mini-DTX | 203 × 170 |
| EBX | 203 × 146 |
| microATX (min.) | 171 × 171 |
| Mini-ITX | 170 × 170 |
| EPIC (Express) | 165 × 115 |
| ESM | 149 × 71 |
| Nano-ITX | 120 × 120 |
| COM Express | 125 × 95 |
| ESMexpress | 125 × 95 |
| ETX/XTX | 114 × 95 |
| Pico-ITX | 100 × 72 |
| PC/104 (-Plus) | 96 × 90 |
| ESMini | 95 × 55 |
| Qseven | 70 × 70 |
| mobile-ITX | 60 × 60 |
| CoreExpress | 58 × 65 |
LPX (Low Profile eXtension), originally developed by Western Digital, was a loosely defined motherboard format (form factor) widely used in the 1990s.
There was never any official LPX specification, but the design normally featured the main I/O ports mounted on the back of the motherboard (something that was later adopted by the ATX form factor), and a riser card in the center of the motherboard, on which the PCI and ISA slots were mounted. Due to the lack of standardised specification, riser cards were seldom compatible from one motherboard design to another, much less one manufacturer to another. The internal PSU connector was of the same type used in the AT form factor; most LPX cases were compatible with AT power supplies, though some used models that were smaller than standard, and usually manufacturer-specific.
The specification was very popular in the early-mid 90's, and briefly displaced the AT form factor as the most commonly used. However, the release of the Pentium II in 1997 highlighted the flaws of the format, as a good airflow was important in Pentium II systems, owing to the relatively high heat dispersal requirements of the processor. LPX systems suffered a restricted airflow due to the centrally placed riser cards. The introduction of the AGP format further complicated matters, as the design not only increased the pincount on riser cards, but it limited most cards to one AGP, one PCI and one ISA slot, which was too restrictive for most users. Some lower-quality LPX boards didn't even feature a real AGP slot, but simply used a physical AGP slot and connected it to the PCI bus. This was seldom noticed however, as many "AGP" graphics cards of the time were in fact PCI cards internally, and did not take advantage of the features offered by AGP.
LPX was phased out around 1998. NLX was the intended successor, though many manufacturers chose MicroATX or proprietary motherboard formats instead.
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