High Court allows Balad MK Zoabi to run for Knesset
The High Court on Sunday overturned the Central Election Committee’s decision to disqualify MK Haneen Zoabi (Balad) from running for a seat in the upcoming elections.
Responding to the High Court decision in an interview with Army Radio, Zoabi said although she respects the High Court decision, it doesn’t mean Israel is “100% democratic.”
“This ruling proves again that the Central Elections Committee is a political body that abuses its authorities and allows politicians to bar their rivals for ideological reasons,” Zoabi said.
Zoabi added she was convinced she would be allowed to run. “It was clear to me that there was no legal basis to ban me,” she said.
“However, this decision does not erase the threats, the de-legitimization, and the physical and verbal violence that I experienced at Knesset and outside of it in the past three years,” she added.
Zoabi was also determined to continue acting the way she has done thus far. “Balad and I would not allow anyone in Knesset or outside of it to define to us and to the Arab public what our legitimate positions are and what are the limits of our political activity.”
Zoabi’s attorney Hassan Jabareen claimed Zoabi’s participation in the 2010 Gaza flotilla aboard the Mavi Marmara was “a legitimate political action done by an MK that is protesting the blockade [on Gaza].”
Arguing to reinstate Zoabi, Jabareen told the justices that court precedent is clear that disqualifying a candidate for Knesset for involvement in “armed conflict” against Israel means physical armed conflict, and not just happening to be present on a vessel where armed conflict occurred with a small number of passengers.
He noted that no criminal complaint were filed against Zoabi for her mere presence on the Marvi Marmara.
Zoabi was disqualified by the Central Elections Committeelast week, in a 19-9 vote, despite Attorney-General Yehuda Weinstein recommending that she be allowed to run. The committee approved the ban on the grounds that Zoabi supported terrorism and rejected Israel as a Jewish and democratic state.
Likud responded to the decision, saying it is clear the existing law “has to change” and state “unequivocally that any expression of support for terrorism amongst candidates will result in their disqualification from the Knesset.”
MK Yariv Levin said the decision is a “scandal,” adding that it exposes Knesset and the IDF to terror.
MK Danny Danon, who petitioned the Election Committee asking to disqualify Zoabi, said following the Court ruling that he thinks “Zoabi belongs in jail.”
“The court decided to back the Marmara terrorist (Zoabi) instead of the Navy soldiers that were attacked with knives and clubs by the IHH terrorists,” he said.
Balad chairman Jamal Zahalka had said following the decision last week that if Zoabi is disqualified, Balad would not run.
Lahav Harkov and Yonah Jeremy Bob contributed to this report.
And don’t miss ISRAEL21c’s top 10 stories of 2012In honor of Breast Cancer Awareness Month, ISRAEL21c has put together a list of the top 10 latest Israeli advances in breast cancer.
One in eight women will develop breast cancer in her lifetime. Israeli scientists hope to improve the odds. Photo by www.shutterstock.com
Though the three areas with the highest breast cancer rates are Western Europe, Australia/New Zealand and Northern Europe, Israel has taken a leading role in researching causes and treatments. The Breast Cancer Research Foundation’s very first international research grant was awarded in 2001 to Shaare Zedek Medical Center’s Dr. Ephrat Levy-Lahad to do a comprehensive Israeli Breast Cancer Study, now an international model for genetic breast cancer prevention screening.
Over the past 12 months, ISRAEL21c has reported on exciting news in cancer research from Israeli laboratories. We present 10 of the most promising advances here with our hope that breast cancer may soon be relegated to history.1. IceSense 3
The cryoablation process takes five or 10 minutes in a doctor’s office, clinic or breast center under local anesthesia. No recovery period or post-care is necessary, and there is no scarring.
The Israeli company Real Imaging offers a no-radiation, no-contact alternative to mammography pioneered by electro-optical engineer Boaz Arnon and named in memory of his mother, who died of breast cancer in 2004.
RUTH uses a new trademarked platform that enables automatic quantitative analysis of 3D and infrared signals emitted from cancerous and benign breast tissue. Results are interpreted by computer, with unprecedented accuracy in patients of all ages — 90 percent as opposed to 80% for mammography. Thousands of women have been involved in clinical trials for RUTH since 2007. The next step is CE and FDA approval.
Dune Medical, a graduate of the Misgav Venture Accelerator, in June received pre-market approval from the US Food and Drug Administration for MarginProbe, its trademarked system that uses electromagnetic waves to identify possibly cancerous tissue on the edges of a breast tumor in real time. The application was based on data from a 600-patient study conducted primarily in the United States.
MarginProbe is meant to improve on the current rate of 30 percent to 60% of women who must undergo secondary breast cancer surgery after a lumpectomy because the initial surgery failed to get rid of all cancerous tissue at the margins of the tumor.
4. Monoclonal antibodies
Herceptin, a frequently prescribed drug for blocking the chemical signals that stimulate uncontrolled growth of breast cancer cells, is one of an advanced class of pharmaceuticals called monoclonal antibody drugs. Currently, these drugs must be administered together with chemotherapy.
The two-year-old Israeli company Immune Pharmaceuticals is developing a “guided missile” system, licensed from the Hebrew University, which encloses thousands of chemotherapy molecules inside a monoclonal antibody nanoparticle. The drug payload isn’t released until reaching the cancerous tissue.
In addition, Immune is collaborating with the Weizmann Institute to develop antibody therapeutics targeting a growth factor that causes chemotherapy resistance in many patients with breast and ovarian cancer.
5. Better biomarkers
Tel Aviv University PhD student Livnat Jerby won a prestigious 2012 Dan David Scholarship for performing the first genome-scale study of the metabolic progression of breast cancer — an algorithm that can profile the traits of each individual patient’s tumor. These profiles help in studying the underlining mechanisms of the disease, classifying patients according to their prognosis and identifying potential metabolic biomarkers as a non-invasive, cost-effective means for early diagnosis and monitoring treatment efficiency.
“The Holy Grail of our work is to provide the basis for rational drug discovery, aiming to find drugs that — unlike most conventional treatments — will harm only the tumor, and not the healthy cells,” Jerby tells ISRAEL21c. “We had some success with providing a new potential target for treating renal cancer and published those results in Nature. With breast cancer, we can apply the same computational tools to better diagnose and choose the best treatment for the individual patient.”
6. An HIV approach
Two Hebrew University-Hadassah Medical School researchers have patented a protein encoded by the human immunodeficiency virus (HIV) as a treatment to make radiation and chemotherapy more effective.
This small peptide, dubbed 25-39, inhibits a substance involved in repairing DNA damage from cancer therapy. It’s important to prevent such repair in order to wipe out the cancer cells. Now the search is on for investment partners to further develop and commercialize the product that already proved itself in the lab.
7. The gene that can suppress tumors
It’s long been known that the p53 gene produces a protein that can suppress tumors. In 2012, a team at the Institute for Medical Research Israel-Canada at the Hebrew University of Jerusalem discovered that p53 also governs a mechanism that keeps cancer cells from invading healthy epithelial tissue. Most cancers, including breast cancer, spread through epithelial cells.
Investors are being sought for clinical studies on breast-cancer patients. The long-term goal is to boost the group-control function of p53 to keep tumors from developing the capacity to spread.
Two therapeutic vaccines against cancer are under development in Israel.
Vaxil BioTherapeutics’ ImMucin, can be tailored to treat 90% of cancers by activating and enhancing the body’s immune system to seek and destroy cancer cells present in the body. The treatment causes no side effects, and can be taken indefinitely, like vitamins. ImMucin could be on the market in about five years.
Vacciguard, another Israeli biomed startup, is introducing a technology for developing vaccines against cancer and a wide range of other diseases that currently have no effective treatments. The technology is based on the research of world-renowned Weizmann immunologist Prof. Irun Cohen.
Cancer “family trees”
Israeli researchers from the Weizmann Institute and the Technion-Israel Institute of Technology used computational biology to chart a unique “family tree” of cancer stem cells from living patients. The chart will help determine exactly how these cells divide and spread, as well as how they can survive chemotherapy treatments and remain latent in the body only to reappear with a vengeance at a later time.
Preliminary results show that slow-dividing cancer cells are more likely to evade cancer drugs, whereas chemotherapy most commonly targets only rapidly dividing cells. The Israeli research points to a need for devising new treatments targeting slow-dividing cells.
10. Weizmann Breast Cancer Research Program
During 2012, the Susan G. Komen Breast Cancer Foundation and the US Department of Defense were among overseas organizations awarding postdoctoral fellowships at the Breast Cancer Research Program at Israel’s Weizmann Institute of Science in Rehovot.
Current projects within this program focus on better diagnosis and treatment options, such as using magnetic resonance imaging (MRI) in an advanced noninvasive method to detect malignant breast tumors without biopsies; and in evaluating the effectiveness of hormone therapy for breast cancer. Another Weizmann team recently revealed new details about a crucial mechanism that controls the first stage of breast cancer metastasis.