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Tuesday, June 2, 2026

Venezuela Moves to Open Power Sector to Private Investment

 


Venezuela’s National Assembly will debate a reform that would open the country’s electricity sector to private investment, allowing companies to generate, distribute and sell power under government concessions after more than 15 years of state control.

The proposal would permit private firms, mixed enterprises and companies with minority state ownership to operate in the sector alongside the state, according to draft legislation seen by Bloomberg. The bill also says it would establish tariffs designed to reflect the cost of providing service and allow operators a reasonable return on investment.

https://www.bloomberg.com/news/articles/2026-06-02/venezuela-moves-to-open-power-sector-to-private-investment

DOGE Alumni Launch AI Startup To Target Waste On Main St., Already Have 1st Target

 Two alumni of the Department of Government Efficiency are bringing their cost-cutting experience from Washington to the private sector, launching Special, a startup that aims to harness artificial intelligence to wring inefficiencies out of what it describes as America's $10 trillion Main Street services economy.

Nate Cavanaugh and Justin Fox spent much of 2025 at DOGE, where they spearheaded the Small Agencies team. Their government stint, under the high-profile effort led by SpaceX and Tesla CEO Elon Musk, contributed to approximately $215 billion in estimated savings. The pair departed in September 2025.

"Similar to the government, Main Street is massive, highly unoptimized, and provides essential services to Americans. One needs to look no further than childcare learning centers in Minnesota or hospice businesses in California to find immense waste at the state level from businesses that benefit from taxpayer dollars," the founders wrote in their announcement. "AI provides a generational opportunity to transform the efficiency of these businesses, root out waste, and deliver a great customer experience for American taxpayers. Through this process, we believe we can set a new standard for how these businesses should operate."

Special is reportedly building what it calls SpecialOS, an operating system that integrates frontier AI models with proprietary tools to automate manual tasks like billing, scheduling, and insurance processing. Instead of licensing the technology broadly, the company plans to vertically integrate by acquiring and operating businesses in targeted industries, allowing it to control deployment and outcomes.

The first product, Figure Health, focuses on senior care and has already secured its first acquisition in Texas, a provider serving more than 1,400 patients and employing hundreds of nurses, according to the company. The plan is to use AI efficiencies to raise nurse pay, easing labor shortages while improving care quality. Figure Health intends to open-source its Medicare and Medicaid billing claims.

Special has attracted notable backing in a financing round led by Andreessen Horowitz, with participation from DOGE alumni and allies including Steve Davis, as well as Coinbase's Brian Armstrong and Palantir's Shyam Sankar.

"The name Special pays tribute to those we believe are the greatest movers of society: the builders, the creators, the people who put it all on the line and just go for it. Special pledges allegiance not only to the United States, but to those in the arena - the ones courageous enough to move the world forward," Cavanaugh and Fox said.

https://www.zerohedge.com/ai/doge-alumni-launch-ai-startup-target-waste-main-street-and-already-have-their-first-target

The Next Ebola Vaccine: Learning Lessons from Covid

 As Ebola fears again spread beyond Africa, the world faces a familiar question: How best to react to the threat?  What lessons from past threats, including Covid-19, can we apply?

These days, of course, mechanisms aimed at thwarting contagious diseases are controversial, from quarantines to personal protective equipment to vaccines.

And yet the potential danger of Ebola is not controversial, it is actual.  According to the Centers for Disease Control and Prevention, the virus has broken out two dozen times in the last half-century, across broad swathes of Africa. The World Health Organization finds that the worst of these outbreaks, in 2014-16, caused more than 11,000 deaths.  Notably, that outbreak reached the United States.

Speaking of the latest outbreak, one aid worker told The New York Times, “The virus is far ahead of us, and it’s spreading fast.”  The new Bundibiguo strain has, in fact, killed more than 200, reaching beyond the Democratic Republic of Congo.  This much dispersion is ominous, as it comes on the eve of the FIFA World Cup; its games to be held next month in 11 U.S. cities, and five more cities in North America.  The State Department expects, from around the world, as many as 10 million visitors.

Anticipating this danger, the U.S. is taking stern public-health measures that will hopefully keep the threat at bay, and yet a hard-learned lesson of public health is to build in redundancy, echelons of safeguarding.  

One such layer of defense is vaccination.  These days, vaccines are a touchy subject.  But of course, in these days of polarization, everything is a touchy subject. 

Yet because so much is at stake, with Ebola and whatever else might emerge from nature’s cauldrons, this is a good time to consider some recent developments on the vaccine front. 

Vaccines have been around since the 18th century, and they are rightly credited with the eradication, or near eradication, of such dread maladies as smallpox and polio. 

In 2020 came a new kind of vaccine, mRNA, which was central to the first Trump administration’s triumphant Operation Warp Speed, combating Covid.  Without a doubt, mRNA is a powerful technology with much to offer, although in some quarters, it has raised powerful concerns.  These issues have been, and will be, debated vigorously in the courts of both scientific and public opinion. 

Yet even the strongest and most optimistic proponents of mRNA vaccines concede that they are expensive to manufacture, dependent on sophisticated cold-chain refrigeration logistics, and operationally difficult to distribute.  It’s a painful fact that the public-health infrastructure in Central Africa, where Ebola and other hemorrhagic fever outbreaks have emerged, lags behind what’s needed.

So it’s encouraging that other vaccines, including for Ebola, work on a different scientific basis, relying on the adenovirus, the bug behind mere common cold, as the vector.

Indeed, a growing number of scientists are now exploring next-generation adenoviral vaccines, capable of mucosal delivery through intranasal administration.  That is, not a shot, a nose spray.

The prospect is that these next-gen vaccines, easier to administer, and less infrastructure-intensive, are also potentially better at stopping viral spread.

This mucosal approach can be fairly described as a paradigm shift.  Rather than relying solely on injected systemic immunity, these newer vaccines aim to create immune protection directly at the site where many viruses first enter the body: the respiratory mucosa.  So, the scientific principle of parsimony is pleased, by putting the vaccine right on the target, the mucous membrane through which we breathe, without implicating other parts of the human body.

An effective mucosal vaccine may not only protect individuals from severe disease, but could also reduce transmission dynamics.  In outbreak settings, that could mean fewer infections, fewer chains of spread, and greater ability to contain emerging pathogens before they become global emergencies.

Equally important, such vaccines may prove easier to deploy quickly and at scale.  No needles.  Less reliance on specialized distribution systems.  Potentially lower manufacturing costs, and greater acceptance among populations wary of injections. 

A lesson from Covid is that the science of medical prevention and treatment is never settled.  In the last few years, we have been reminded, yet again, that society benefits when multiple scientific approaches compete, evolve, and improve simultaneously.

America’s biodefense strategy should therefore encourage a diversified portfolio of vaccine technologies, including cutting-edge adenoviral systems.  And there’s evidence, in fact, that the mucosal approach also works on some kinds of influenza

In the meantime, we already know adenovirus-based Ebola vaccines can work. The next question is whether modernized versions can work even better. 

The story of medical progress is one of new thinking and life-saving.  More of that, please. 

James P. Pinkerton worked in the White House domestic policy offices of Presidents Reagan and George H.W. Bush.

https://www.realclearhealth.com/articles/2026/06/02/the_next_ebola_vaccine_learning_lessons_from_covid_1186273.html

Celcuity Phase 3 shows combinations double PFS vs alpelisib plus fulvestrant in breast cancer

 

Celcuity VIKTORIA-1 Phase 3 shows gedatolisib combinations double progression-free survival vs alpelisib plus fulvestrant in PIK3CA-mutant HR+/HER2- breast cancer

  • Company disclosed pivotal VIKTORIA-1 Phase 3 data in PIK3CA-mutant HR+/HER2- advanced breast cancer via GlobeNewswire and SEC filing.

Legend Biotech reports 100% response rate, favorable safety in Phase 1 LB2501 CAR-T trial

 

Legend Biotech reports 100% response rate, favorable safety in Phase 1 LB2501 CAR-T trial for B-cell lymphoma

  • Initial Phase 1 data showed a 100% objective response rate in relapsed/refractory B-cell non-Hodgkin lymphoma.
  • LB2501 is an in vivo CD19/CD20 CAR-T candidate being evaluated in relapsed/refractory B-cell non-Hodgkin lymphoma.
  • The LB2501 data will be presented in a late-breaking oral session at EHA 2026.

Rezolute positive interim Phase 3 as 6 of 8 tumor hyperinsulinism patients meet primary endpoint

 

Rezolute reports positive interim Phase 3 upLIFT data as 6 of 8 tumor hyperinsulinism patients on ersodetug meet primary endpoint

  • All 6 responders discontinued IV glucose following ersodetug treatment in tumor hyperinsulinism, based on interim upLIFT data.
  • Topline Phase 3 upLIFT results for ersodetug are expected in the second half of 2026.

ASCO: Roche, head held high, details oral SERD's first-line flop in breast cancer



To Roche, a phase 3 flop in first-line breast cancer does not erase the megablockbuster potential of its oral SERD drug giredestrant even as competition mounts.



In fact, results from the failed persevERA trial in first-line HR-positive, HER2-negative metastatic breast cancer have given Roche confidence in a new study that will test the combination of giredestrant with a CDK4/6 inhibitor for the adjuvant treatment of early-stage breast cancer, Roche’s deputy chief medical officer, Stefan Frings, M.D., Ph.D., told Fierce in an interview.

“What we still see is a quite attractive separation of the curve […] You will clearly see there’s a treatment effect,” Frings said of progression-free survival (PFS) data from persevERA. “This convinces us, because in the adjuvant setting, we treat for five years, and if we move a few percentage points upwards, you would have already a positive treatment effect in the adjuvant setting.”


Frings wouldn’t disclose any details of the upcoming new adjuvant study, saying it’s still in the design phase.

Before the persevERA result, Roche already reported a positive readout from the lidERA trial of giredestrant monotherapy in the adjuvant setting.

The surprise first-line flop


After the lidERA hit in November, the persevERA miss came as a big surprise.


According to results presented at the American Society of Clinical Oncology 2026 annual meeting, the combination of giredestrant and Pfizer’s CDK4/6 inhibitor Ibrance (palbociclib) showed a numerical 11% PFS improvement by investigator analysis compared with Novartis’ aromatase inhibitor Femara (letrozole) and Ibrance, failing to meet statistical significance.

The giredestrant regimen’s 33.1-month median PFS was 4.9 months longer than that of the control arm. Because metastatic patients are treated until disease progression, half of them will receive giredestrant for less than three years, or just about half of the five-year duration intended for early-stage therapy.

The PFS curve separation that Frings discussed started to emerge around 16 months. At two years, 59.7% of patients in the giredestrant arm and 57.3% in the control group remained progression-free. By three years, the PFS rates were 45.8% and 41.9%, respectively.
persevERA primary endpoint: Investigator-assessed PFS (Nicholas Turner, et al./ASCO 2026)

In contrast, giredestrant struggled to show any overall survival advantage, as the hazard ratio logged at 1.03, meaning death risk was marginally higher for the Roche drug, although the data were immature with a median follow-up of about 52 months. Three-year OS rates were the same at 74.1% for the two arms, and median OS was not reached in either arm.


“The reason why this may not have worked is that certainly CDK4/6 [inhibitors] are very potent agents,” Frings said, “and that you don’t see early on what is really an effect of an endocrine manipulation. A dead cell is dead, and you can’t kill it better when it’s already dead.”

On the safety side, adverse events (AEs) were generally comparable between the two treatment groups but were more frequent for giredestrant. Serious AEs were recorded in 23.9% of giredestrant patients, versus 18.8% in the control arm. Treatment-related adverse events led to one (0.2%) death and two (0.4%) deaths between the groups, respectively.


Roche has a second first-line study, pionERA, which is testing giredestrant alongside CDK4/6 inhibitor in a more endocrine-resistant population. Patients enrolled in that study would have relapsed on adjuvant endocrine therapy or have had a treatment-free interval of less than a year. Frings said Roche is far more confident in this trial because most of these patients bear ESR1 mutations, for whom oral SERDs are known to work better.

Roche’s first FDA application for giredestrant, bearing a target decision date of Dec. 18, 2026, is in second-line, ESR1-mutated HR+/HER2- breast cancer. The limited pursuit of the ESR1 subgroup was somewhat expected, mirroring past oral SERD approvals; but it was still disappointing given how Roche had touted a benefit in a broad, all-comers population.


“We knew that an [intent-to-treat label] would be an uphill battle, therefore we filed on purpose in ESR1-mutant [patients],” Frings said. But Roche “would leave the door open, depending on the evolution of the data,” to potentially seek a broader label regardless of ESR1 status, especially if more mature OS data are strong, he added.

Eyes on the prize


The FDA has accepted giredestrant for HR+ early-stage breast cancer, Roche announced Monday. After the company spent a priority review voucher, the FDA has set a target decision date of Nov. 30.

At ASCO 2026, a subgroup analysis of the lidERA trial showed the benefit of adjuvant giredestrant regardless of a patient’s menopausal status. Compared with standard endocrine therapy, giredestrant improved invasive disease-free survival (iDFS) by 35% in pre-menopausal women and by 26% in post-menopausal patients.

During the investor call in April, Roche Pharmaceuticals CEO Teresa Graham defended giredestrant’s potential—with a peak sales forecast “well north of” 3 billion Swiss francs—despite the first-line persevERA setback. That’s because the adjuvant setting is a much larger market “with three times more drug-treated patients than in first-line metastatic and a much longer treatment duration [of] around five years,” she said.



However, critics have pointed out that the lidERA trial does not answer how giredestrant fares either against or in combination with CDK4/6 inhibitors, which has recently become a standard treatment for certain patients with early-stage HR+/HER2- breast cancer.

By a cross-trial comparison, giredestrant’s 30% iDFS improvement was comparable to the CDK4/6 drugs, although the trial populations were different. While Verzenio’s and Kisqali’s adjuvant uses—which require combination with endocrine therapy—cover patients at high risk of recurrence, single-agent giredestrant may be an attractive option for low- and medium-risk patients, Frings said.

For patients who want to maximize efficacy, giredestrant could be the best backbone for a combination because it’s the more potent oral SERD, Frings argued.

For now, Roche is conducting a 100-patient substudy in lidERA, evaluating the safety of giredestrant in combination with Eli Lilly’s CDK4/6 drug Verzenio in the adjuvant setting. It also recently started a separate 200-patient study evaluating the safety of giredestrant with Novartis’ Kisqali.


Other companies, including Lilly, AstraZeneca and Menarini, are conducting phase 3 trials to test their oral SERDs in patients who have already received a few years of adjuvant therapy, including a CDK4/6 drug.

Frings argued that this trial design is “convoluted” and “more like a 2-by-2 design” because not all patients will be exposed to a CDK4/6 inhibitor.

Besides, while lidERA showed a treatment effect for the oral SERD early on, that opportunity of early intervention is gone in the competitor design, the Roche exec said. Because those trials’ participants would have previously received two to five years of adjuvant therapy, adherence may be a challenge for continued treatment, too, he added.

As for Roche’s upcoming adjuvant trial, “we must just design it well, get buy-in from authorities,” Frings said. “And then, once we are able to talk about it, we will announce what precisely we will do.”