Abgenix mit genialem Jahresergebnis für 1999, heute fallen die 300 Euro
Seite 1 von 1
neuester Beitrag: 02.03.00 08:35
|
||||
eröffnet am: | 25.02.00 13:02 von: | tgk1 | Anzahl Beiträge: | 7 |
neuester Beitrag: | 02.03.00 08:35 von: | tgk1 | Leser gesamt: | 14595 |
davon Heute: | 4 | |||
bewertet mit 0 Sternen |
||||
|
--button_text--
interessant
|
witzig
|
gut analysiert
|
informativ
|
0
FREMONT, Calif., Feb 18, 2000 /PRNewswire via COMTEX/ -- Abgenix, Inc.
(Nasdaq: ABGX) reported revenues of $12.3 million and a net loss of $20.5
million or $1.41 per share for the year ended December 31, 1999, compared with
revenues of $3.8 million and a net loss of $16.8 million or $3.00 per share for
the year ended December 31, 1998. Revenues for the quarter ended December 31,
1999, were $6.9 million, up from $1.8 million in the same quarter of 1998. The
net loss for the year and quarter ended December 31, 1999 includes a one-time
net charge of $8.7 million related to the termination of certain rights licensed
by Japan Tobacco from Xenotech. The company ended 1999 with $58.0 million in
cash, cash equivalents and short-term investments. Subsequent to year end,
Abgenix raised approximately $454 million in a February 2000 follow-on
financing.
Company highlights included:
-- Raising $577 million in a November 1999 private placement and follow-on
public offerings in March 1999 and February 2000.
-- Increasing XenoMouse(TM) technology collaborations to fifteen covering
at least twenty product candidates.
-- Initiating a phase III clinical trial of ABX-CBL in patients with
severe graft versus host disease (GVHD) based on encouraging survival
data from the phase II trial.
-- Completing a phase I/II clinical trial of ABX-IL8, the first human
antibody from a transgenic mouse to be tested in humans, in
moderate-to-severe psoriasis patients, that produced encouraging
response rates.
-- Initiating a phase I clinical trial of ABX-EGF in cancer patients.
-- Acquiring full ownership and control of XenoMouse technology.
-- Entering collaborations with leading genomics companies, Human Genome
Sciences and Curagen, to generate many potential product candidates.
"In 1999, we took Abgenix to the next level," stated R. Scott Greer, president and CEO of Abgenix. "We now have the capital
and disease target sources to generate a continuing stream of antibody product candidates to market to our pharmaceutical
collaborators." Abgenix is a biopharmaceutical company that develops and intends to commercialize antibody therapeutic
products for the treatment of a variety of disease conditions, including transplant-related diseases, inflammatory and
autoimmune disorders, cardiovascular disease, infectious diseases, and cancer. Abgenix has developed XenoMouse technology,
which it believes enables quick generation of high affinity, fully human antibody product candidates to essentially any
disease target appropriate for antibody therapy. Abgenix has collaborative arrangements with numerous pharmaceutical and
biotechnology companies involving its XenoMouse technology. In addition, Abgenix has multiple proprietary antibody product
candidates that are under development internally, three of which are in human clinical trials. STATEMENT OF OPERATIONS
(in thousands except
per share data) Three months ended Year ended
December 31, December 31,
1999 1998 1999 1998
(unaudited)
Revenue $6,895 $1,834 $12,285 $3,842
Operating Expenses:
General and administrative 1,736 853 5,164 3,405
Research and development 6,735 5,601 21,106 17,588
Equity in (income)
losses in Xenotech
joint venture 11 107 (546) 107
Termination fee (A) 8,667 -- 8,667 --
Total operating expenses 17,149 6,561 34,391 21,100
Interest (income) expense, net (999) (202) (2,607) (431)
Foreign income tax 1,000 -- 1,000 --
Net loss $(10,255) $(4,525) $(20,499) $(16,827)
Net loss per share $(0.64) $(0.41) $(1.41) $(3.00)
Shares used in computing
net loss per share 15,929 11,095 14,537 5,603
BALANCE SHEET December 31,
(in thousands) 1999 1998
Cash, cash equivalents and
short-term investments $58,011 $16,744
Property and equipment, net 5,300 5,435
Long-term investment 29,225 --
Intangible assets (B) 46,591 --
Other assets 9,414 2,041
Total assets $148,541 $24,220
Current liabilities $10,910 $5,081
Long-term debt and other 571 2,180
Stockholders' equity 137,060 16,959
Total liabilities and
stockholders' equity $148,541 $24,220
(A) Related to the termination of certain rights licensed by Japan Tobacco
from Xenotech.
(B) Intangible assets acquired in conjunction with the acquisition of the
Xenotech joint venture.
Statements made in this press release about Abgenix's XenoMouse technology, product development activities and collaborative
arrangements other than statements of historical fact, are forward looking statements and are subject to a number of
uncertainties that could cause actual results to differ materially from the statements made, including risks associated with
the success of clinical trials, the progress of research and product development programs, the regulatory approval process,
competitive products, future capital requirements and the extent and breadth of Abgenix's patent portfolio. Please see
Abgenix's public filings with the Securities and Exchange Commission for information about risks that may affect Abgenix.
SOURCE Abgenix, Inc.
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|
0
In an already hot biotech stock market, two companies stand above the pack. Monoclonal antibodies are one of biotech's earliest
technologies, but Abgenix and Medarex have taught an old mouse new tricks. And drug companies and investors alike, it seems, just
can't get enough.
By B.J. Spalding
By any measure, monoclonal antibodies are red hot. A look at the US market shows that companies are currently selling at least eight
therapeutic antibodies for disorders ranging from transplant rejection to cardiovascular disease to cancer. And these antibodies are racking
up big-time sales. In only its second full year on the market, for instance, Rituxan--an antibody that targets non-Hodgkin's lymphoma jointly
owned by Genentech (South San Francisco, CA) and IDEC Pharmaceuticals (San Diego, CA)-- totaled US sales of $263 million, a whopping
73% leap over its $152 million in 1998 sales.
The antibody pipeline shows that a plethora of products are likely to follow. The Pharmaceutical Research and Manufacturers of America
(PhRMA, Washington, DC) reports that fully 20% of all biopharmaceuticals in clinical development in 1998 were monoclonal antibodies. But
PhRMA only surveys its membership, which is largely made up of US pharmaceutical firms and largely excludes biopharmaceutical firms.
According to monoclonal antibody manufacturer Medarex (Princeton, NJ), which commissioned a 1998 global survey, a total of 264
companies are working on 701 therapeutic antibodies, 220 of which are wending their way through clinical trials.
"Antibodies are the leading biologic being used in the development of therapeutic products. There's no other technology being used more
often," says Donald Drakeman, Medarex's president and CEO. And Richard van den Broek, a biopharmaceutical analyst at Chase H&Q (New
York), states simply that the "driving success of biotechnology for the past two years has been through monoclonal antibodies."
More Ahead
Yet antibody development, believe it or not, is poised to become an even bigger field. Two companies--Medarex and Abgenix (Fremont,
CA)--have introduced cutting-edge technology that enables the rapid and inexpensive generation of high-affinity, fully human antibodies.
They've done this by producing transgenic mice in which the mouse genes for making antibodies have been inactivated and replaced with
human antibody genes. Thus, challenging the mice with an antigen results in the generation of human antibodies, not mouse antibodies.
This solves perhaps the biggest problem with current commercial monoclonal antibodies, the fact that they contain potentially immunogenic
mouse protein. In fact, all of the eight therapeutic antibodies now on the US market--which are either chimeric antibodies or humanized
antibodies--contain some mouse protein.
The business models of both Abgenix and Medarex call for the partnering of their technology with pharmaceutical and biotech firms that want
to make human antibodies against one of their own antigens or targets. In return, both companies will potentially receive $7 million to $10
million in license fees and milestone payments per target (not per partner, since some partners enroll more than one target in a deal), as
well as potential royalties of 4% to 6%. And both Medarex and Abgenix have been highly successful in signing up such partners--Abgenix
has landed 17, with Medarex close behind at 15 (see table).
Two Leaders, No Followers
"Abgenix has an industry-leading technology for generating fully human antibodies that has been validated by a who's who partner list of
pharmaceutical, biotech, and genomic companies. And these companies are now working for us, building a large pipeline of products from
which Abgenix will receive a piece of the action," says Scott Greer, Abgenix's president and CEO. And Medarex's Drakeman adds that the
"current gold standard that's available for developing therapeutic antibodies--and one of the reasons for the current antibody revolution--is
the ability to make fully human monoclonal antibodies. We do that for our partners."
These two CEOs aren't simply hyping their technologies, at least according to several biopharmaceutical analysts. "These transgenic mice
are one of the most demanded technologies in life sciences," says Jay Silverman of BancBoston Robertson Stephens (New York). Carolyn
Pratt of Needham & Co. (Boston, MA) states, "These two companies, in our opinion, are in possession of the best technology currently
available to generate monoclonal antibodies." And Michael Ehrenreich of Techvest Equity Research (New York) adds, "Given the resurgence
in interest in monoclonal antibodies and the large numbers of collaborations already entered into by both Abgenix and Medarex, we believe
that this technology will continue to be broadly utilized in the future."
The recent stock prices of Abgenix and Medarex also support the contentions of their CEOs. Indeed, as of late January, Abgenix was trading
at $152 a share, giving it a market capitalization of $2.7 billion. Over the preceding 52 weeks, though, Abgenix's stock has traded as low as
$12.75 and as high as $192. Medarex's stock, for its part, was trading late January at an all-time high of $69, giving it a $2.2 billion market
cap, while, over the previous 52 weeks, the company has traded as low as $2.25 (see sidebar, Industry Stocks Soar, Too).
"Right now, there's a slight discount for Medarex. But over the recent past, the two companies have essentially been trading at a par to each
other, and it makes sense for investors to view it that way. After all, they're both solid efforts, and each has signed similar numbers of
partners, so there's obviously no consensus out in the world as to which is the better player," says Chase H&Q's van den Broek. Techvest's
Ehrenreich agrees, stating that the "fact that they've both done so many deals and that they've both generated high-affinity antibodies to
numerous targets tells me that the differences between the two are less relevant than their similarities."
Why Drug Makers are Excited
The fully human monoclonal antibodies made by Medarex and Abgenix eliminate the problems of earlier technologies (see Evolving
Technologies: How Antibodies Work). Since the antibodies are 100% human, they require no engineering to eliminate mouse protein. "We
don't engineer the antibodies. We engineer the mice themselves," explains Medarex's Drakeman. And Abgenix's Greer states, "We
transplant the human antibody genes in the germ line of the mouse. So we only have to do it once. If we need more mice, we simply breed
them."
Transgenically produced antibodies have additional advantages over chimeric and humanized antibodies. Says Medarex's Drakeman,
"We've created antibodies--made not only in our own labs but also in the labs of our corporate partners, like Centocor and Novartis--that
have affinities that are perhaps 1,000-fold higher than the affinities of Herceptin, Rituxin, and the other antibodies now on the market.
"Second, we can get antibodies to everything we've tried, including some extremely difficult targets. One target was 97% conserved protein
and 100% conserved peptide. In other words, it would be very hard for the mouse immune system to recognize the target as foreign.
Nonetheless, we were able to make 28 human antibodies that reacted with the peptide and the protein.
"And then there's speed. How quickly can you get a new product into the clinic if you have an interesting target? We have the unique ability to
offer what we call T12 development--that's target to trial in 12 months. We've just recently, for one of our partnered antibodies, gone from
immunizing the mice to filing for clinical trials in 11 months. That, I'm quite sure, is record time."
To manufacture an antibody made in the transgenic mice of Medarex or Abgenix, a company can use either a hybridoma or a recombinant
cell line. "Both have advantages--a hybridoma is quicker, because you don't have to take all the time to clean the genes out, transfect them
into a cell, and then nurse that cell along. So it's a more direct path. It can literally save you six months to a year off the process. But, in a
recombinant cell line, the level of production that you can attain is higher than what you can get from a hybridoma, a two-fold to ten-fold
difference in the level of productivity, measured in antibodies per liter. For commercial production, that's important. That's when you're
worried about the cost of goods," explains Geoff Davis, Abgenix's chief scientific officer.
Differences
With so many similarities between these companies, investors might be concerned about possible intellectual property (IP) fights. Although
the companies have an acrimonious past, IP issues have now been settled. Medarex and Abgenix have cross-licensed the patents covering
their transgenic mice. "They have a 'duopoly.' The two of them own the business," says Chase H&Q's van den Broek.
Steven Delco, a biopharmaceutical analyst at Miller Tabak Hirsch + Co. (New York), adds that since Abgenix and Medarex engaged in a
drawn-out courtroom brawl before settling on a cross-license, their patents are "litigation tested. The litigation solidified the proprietary
nature of the technology."
Yet the transgenic mice of Abgenix and Medarex are by no means identical. The Abgenix mouse has far more human antibody genes
than does the Medarex mouse. "Abgenix management believes that a higher portion of human DNA will result in a more robust immune
response. However, to our knowledge, there has been no clinical evidence of greater therapeutic efficacy. We believe the monoclonal
antibodies produced from the two mice are essentially identical," says Miller Tabak's Delco. A Medarex researcher states, "I'm not sure that
the fact that Abgenix's mouse has more human genes is significant. The gene segments that we put in our mouse are the ones that are
most frequently expressed. You have to be a little bit intelligent about these things."
Nonetheless, Medarex is looking at the possibility of adding more human genes to its mice. In a strategic alliance signed just last month,
the company gained access to a transgenic mouse that contains 100% of the human antibody genes, produced by the pharmaceutical
division of Kirin Brewery (Tokyo). Medarex becomes the exclusive distributor of Kirin's mouse outside of Asia, while Kirin becomes the
exclusive distributor of Medarex's mouse in Asia. In addition, Kirin and Medarex will allow in-house use of each other's technology to develop
human therapeutic antibodies. The partners will also initiate a research collaboration to try to combine their technologies. "We plan to take
the best parts of both technologies and put them together. Since we have a good working relationship so far, it should be a good technical
alliance," says the Medarex researcher. Both Kirin and Medarex anticipate that the alliance could generate milestone payments from third
parties in excess of $250 million.
With cross-licensing matters settled and customers flocking in, both Medarex and Abgenix have bright prospects. "Are you a man or a
mouse?" goes an old expression, a blandishment to fight for one's cause. But this tale of mice and men demonstrates that battle isn't
always the best path to victory. Where men once butted heads over IP issues, the mice show there is enough room in the marketplace for
peaceful coexistence.
http://www.biospace.com/articles/020700.cfm
culater
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|
0
Vielleicht hilft DAS oben und unten, nagelt euch Morph. vors KNIE!!!!
Evolving Technologies: How Antibodies Work
What is it that makes the antibodies of Abgenix and Medarex so special? Antibodies, which are made by B cells, contain two components
that perform separate functions that, together, allow the antibody to eliminate from the body such foreign substances as infectious
organisms. These antibody components are called the variable region, which binds to an antigen on the foreign substance, and the
constant region, which signals other cells in the body, like macrophages, to eliminate the substance to which the antibody is bound.
Although the constant region of an antibody doesn't vary much between antibodies, the variable region, as the name implies, is what makes
each antibody unique, created by the immune system to target virtually any antigen that it encounters. While there are only a finite number of
human genes that encode the variable region, antibody diversity is achieved because the body shuffles these genes in a nearly infinite
number of combinations--a sort of combinatorial chemistry going on within the immune system.
In the 1970s, researchers discovered that they could fuse an individual B cell with an immortal cell line, thereby creating a cell called a
hybridoma. Such a hybridoma carries two attractive attributes: It grows indefinitely in culture, and when challenged with a given antigen, will
secrete a specific antibody--called monoclonal because it derives from the clones of a single B cell.
In the 1980s, scientists tried to use monoclonal antibodies made from mouse-derived hybridomas as therapeutics. But they discovered that
mouse antibodies had significant limitations. The body recognizes them as foreign, generally resulting in rapid clearance of the antibody,
particularly after sensitization of the body following repeated dosing. This phenomenon is referred to as the human-antimouse antibody
(HAMA) response and makes mouse antibodies unsuitable for most repeated uses. Also, due to differences between the constant regions
of mouse antibodies and human antibodies, mouse antibodies cannot efficiently activate other components of the human immune system,
particularly the body's macrophages.
To overcome these obstacles, researchers engineered mouse antibodies, using the tools of molecular biology. First, they developed
chimeric antibodies by replacing the constant region of the mouse antibody with human protein, while allowing the antibody's variable region
to remain mouse protein. This resulted in an antibody that was about 65% human protein. Currently, four of the eight therapeutic antibodies
on the US market are chimeric antibodies, including Genentech/IDEC's Rituxan.
Next, researchers improved upon chimeric antibodies by developing humanized antibodies. They did this by not only replacing the constant
region of the mouse antibody with human protein, but by also replacing portions of the antibody's variable region with human protein. The
result was an antibody that was roughly 90% human. Three of the therapeutic antibodies presently for sale in the US are humanized
antibodies, among them Genentech's Herceptin, which treats certain forms of breast cancer.
Yet both chimeric antibodies and humanized antibodies have drawbacks. Humanizing a mouse antibody or making it chimeric is labor and
time intensive, often taking several months to complete. And humanized antibodies, in particular, often lose some of their affinity for the
target antigen during the engineering process.
Furthermore, since both chimeric antibodies and humanized antibodies are produced through recombinant-DNA technology, both must be
manufactured with special cell lines, which is more expensive than hybridoma production. Intellectual property issues crop up, too--at least
three companies claim to hold patents covering the humanization of monoclonal antibodies, including Genentech, the Medical Research
Council in the UK, and Protein Design Labs (Fremont, CA). Licensing these patents, of course, requires the payment of licensing fees and,
potentially, royalties.
http://www.biospace.com/articles/020700_evolvingx.cfm
culater
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|
0
Mit bestem Dank.
Shorty
Optionen
Antwort einfügen |
Boardmail an "short-seller" |
Wertpapier:
Novartis AG
|
0
ABGX entwickelt menschliche Antikörper mittels der patentierten
Xenomouse transgenic mouse technology, die gegen GVHD (?), Arthritis, Krebs und Psoriasis (Schuppenflechte) eingesetzt werden kann.
Wie Du an den Entwicklungsstadien erkennen kannst, kommt in den nächsten 5 Jahren, wenn alles gut läuft, noch vieles Positives auf uns zu.
Mehr ein andermal.
TGK
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|
0
Abgenix Extends Antibody Collaboration With Pfizer
Collaboration May Now Cover Five Antibody Product Candidates
FREMONT, Calif., Feb. 28 /PRNewswire/ -- Abgenix, Inc. (NASDAQ:ABGX) announced today the inclusion of up to two
additional antigen targets under a two-year extension of its human antibody collaboration with Pfizer, Inc. (NYSE:PFE),
raising the possible total product candidates to five.
Under the extended agreement, Abgenix will use its XenoMouse(TM) technology to generate fully human antibodies to two
antigen targets named by Pfizer. As with the first three product candidates, Pfizer will be responsible for product
development, manufacturing and marketing of any products developed through the collaboration. Under the new
agreement, Abgenix will receive a fee to extend the agreement and could receive potential research, license fee and milestone payments plus royalties on
product sales.
"We have had a very fruitful collaboration with Pfizer and are pleased with the company's desire to expand our existing agreement to cover up to five product
candidates," stated R. Scott Greer, president and chief executive officer of Abgenix. "This commitment by Pfizer is representative of the growing enthusiasm
for antibody products among major pharmaceutical companies."
The December 1997 agreement between Abgenix and Pfizer provided Pfizer with the option to license XenoMouse technology for up to three antigen
targets. As part of this arrangement, Pfizer made an equity investment in Abgenix. Pfizer exercised its first option immediately, and its second option in
October 1998. In November 1999, Pfizer exercised its option on the last of these initial antigen targets. All of the product candidates selected to date are in
the oncology field.
Abgenix is a biopharmaceutical company that develops and intends to commercialize antibody therapies for the treatment of such conditions as
transplant-related diseases, inflammatory and autoimmune disorders, cardiovascular disease, infectious diseases, and cancer. For more information on
Abgenix, visit the company's Web site at www.abgenix.com.
Abgenix developed XenoMouse(TM) technology to enable the rapid generation of high affinity, fully human antibody product candidates to essentially any
disease target appropriate for antibody therapy. Abgenix has collaborative arrangements with multiple pharmaceutical and biotechnology companies involving
its XenoMouse technology. In addition, Abgenix has multiple proprietary antibody product candidates under development internally, three of which are in
human clinical trials for graft-versus-host disease, psoriasis, rheumatoid arthritis, and cancer.
Statements made in this press release about Abgenix's XenoMouse technology, product development activities and collaborative arrangements other than
statements of historical fact, are forward looking statements and are subject to a number of uncertainties that could cause actual results to differ materially
from the statements made, including risks associated with the success of clinical trials, the progress of research and product development programs, the
regulatory approval process, competitive products, future capital requirements and the extent and breadth of Abgenix's patent portfolio. Please see
Abgenix's public filings with the Securities and Exchange Commission for information about risks that may affect Abgenix. SOURCE Abgenix, Inc.
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|
0
SplitTrader.com Announces Investment Opinion on Abgenix, Inc.
by SplitTrader.com
LITTLETON, Colo.--(BUSINESS WIRE)--March 1, 2000--
SplitTrader.com's Omniscient Split Predictions Continue
Abgenix, Inc. (NASDAQ:ABGX), a biopharmaceutical company based in Fremont, Calif., declared a 2:1 stock split
Wednesday night as approved by their Board of Directors.
The split will be paid in the form of a 100% stock dividend on April 6th to shareholders of record as of March 16th. There are currently about 19.7 million
ABGX shares outstanding with 50 million authorized, and a float of 13.5 million. Today's announcement marks the first split in Abgenix's history and
SplitTrader.com foresaw it, having added the stock to our Split Candidate List several weeks ago.
Abgenix is a biopharmaceutical company that focuses on the development of products for the treatment of various diseases. The main ailments treated by
the products include transplant- related diseases, inflammatory and autoimmune disorders, cardiovascular disease and cancer. Abgenix has developed its
own technology, XenoMouse, for the facilitated and accelerated generation of human antibody product candidates for antibody therapy. In addition to the
four proprietary antibody product candidates being developed internally, Abgenix has arrangements with various pharmaceutical and biotech companies
involving XenoMouse.
ABGX broke through $60 in the beginning of December and hasn't quit since. With only a few small relapses, the stock has seen its way to become one
of the priciest on the exchange closing Wednesday at $349.63. Trading volume has been on the rise recently, picking up to a 10-day average of 599,000
from 419,500 in the 3-month, but has lagged in the last couple of days. Stay tuned to SplitTrader.com as we will be watching ABGX closely for an ideal
entry point to a probable Split Run Play in the near future.
Please check out SplitTrader's detailed profile on Abgenix, Incorporated, and click the link below to view the ABGX stock chart.
Chart = http://www.splittrader.com/charts/charts.asp?symbol=ABGX
About www.SplitTrader.com, the FREE website for stock split traders: www.SplitTrader.com (ST) specializes in showing investors how to properly trade
stock splits and is the leading website for identifying new split candidates. ST offers daily market commentary, thorough analysis, and market-beating
performance in its stock recommendations. ST offers a complete sector watch, insightful editorials, email split notifications, a complete split calendar, and a
host of focused chatrooms and message boards. Visit http://www.SplitTrader.com and sign up for their FREE membership.
Optionen
Antwort einfügen |
Boardmail an "tgk1" |
Wertpapier:
Novartis AG
|