Sebi on Friday barred ZEEL founder Subhash Chandra and CEO Punit Goenka from the securities market for one year each and imposed a total penalty of Rs 1.48 crore over the unauthorised pledge of the company’s Hyderabad land to secure loans for promoter-linked Essel Group entities.

Sebi said its investigation was triggered after ZEEL’s statutory auditor, Deloitte Haskins & Sells LLP, reported in its FY19 audit that the title deeds of certain immovable properties were missing.

The regulator said the original title deeds of ZEEL’s Hyderabad land were deposited with Indiabulls Housing Finance on December 27, 2018, to create a first-ranking mortgage securing loans availed by four Essel Group companies. The entities had together borrowed Rs 726 crore, while Essel Home acted as the co-borrower.

According to the company’s statement released on the BSE, it is currently evaluating the Sebi order in consultation with legal advisors.

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In a separate development, ZEEL shareholders approved a Rs 3,144 crore fundraise through convertible warrants to the promoter group at Friday’s EGM. The resolution secured 76.64% of votes, exceeding the 75% approval threshold required by law.
However, the Sebi curbs on capital-markets access for the promoters and the company could introduce regulatory ambiguity around ZEEL’s plans to issue fully convertible warrants to an entity within the promoter group, according to Ashish K Singh, managing partner, Capstone Legal. He further added that in the absence of a Sebi directive on the preferential warrant issue, the outcome of the EGM would stand. ZEEL and the borrowing entities i.e. Subhash Chandra and Punit Goenka were alleged to be related-parties, as per the final order by Sebi. However, ZEE’s financial statements revealed that the borrowing entities were not disclosed as related parties, and the use of the Hyderabad land for securing their loans was not disclosed as a related-party transaction.

Sebi had alleged that the borrowing entities were ultimately controlled by Subhash Chandra, Punit Goenka and their family members through multiple layers of shareholding, making the transaction a related party transaction under accounting standards.

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According to the final order by Sebi, Chandra signed the declaration and acknowledgement on behalf of ZEEL, stating all necessary corporate approvals had been obtained before creating the mortgage. However, the investigation did not find any prior approval of the Audit Committee, the Board of Directors or the shareholders of ZEEL for the creation of security over the Hyderabad land.

(Disclaimer: Recommendations, suggestions, views and opinions given by the experts are their own. These do not represent the views of Economic Times)

Manuka honey, produced by bees foraging on the nectar of the Leptospermum scoparium plant native to New Zealand and parts of Australia, continues to attract scientific interest for its distinctive bioactive profile. Unlike conventional honeys that rely primarily on hydrogen peroxide for antimicrobial effects, Manuka honey contains high levels of methylglyoxal, or MGO, a stable compound that drives much of its non-peroxide antibacterial activity. Ratings such as Unique Manuka Factor, or UMF, and MGO content help consumers identify potency, with higher numbers generally indicating stronger antimicrobial capacity.

Research accumulated through 2025 and into 2026 supports several potential benefits when the honey is consumed or applied topically in medical-grade form. Experts emphasize that results depend on quality, dosage and individual health status, and that Manuka honey is not a substitute for conventional medical treatment.

One of the most firmly established benefits is its broad-spectrum antibacterial activity. Laboratory and clinical work has shown effectiveness against a range of bacteria, including some antibiotic-resistant strains. The combination of high sugar content, low pH and MGO creates an environment hostile to microbial growth. Nutritionist Lucy Miller has noted that research suggests it can inhibit antibiotic-resistant bacteria, including MRSA, through this multi-factor mechanism.

Wound healing represents another area with comparatively strong clinical support. A 2025 study on non-healing venous leg ulcers found that topical Manuka honey led to complete healing in all patients within seven weeks, faster than a comparator antimicrobial dressing group that required up to 14 weeks. Medical-grade formulations have demonstrated reduced bacterial load, promotion of granulation tissue and improved comfort in diabetic foot ulcers, pressure injuries and certain postoperative wounds. GP and functional medicine specialist Dr. Nirusha Kumaran stated that medical-grade Manuka honey has been shown to reduce bacterial load, support tissue regeneration and, in some cases, accelerate healing compared with conventional dressings.

Cochrane reviews have previously indicated that honey dressings can shorten healing times for mild burns and some surgical wounds relative to traditional options, though researchers consistently call for larger trials. The honey’s ability to maintain a moist wound environment, lower local pH and provide osmotic effects contributes to these outcomes.

Anti-inflammatory properties have been documented in both cellular and animal models. Manuka honey can modulate cytokine expression and support a shift from pro-inflammatory to resolving phases of healing. In one experimental study on acute wounds, treatment was associated with lower levels of the pro-inflammatory marker IL-1β and higher levels of the anti-inflammatory IL-10 by day 10, alongside improved histological repair.

Oral health benefits form a further category of interest. Studies have suggested that Manuka honey may help reduce plaque accumulation and clinical signs of gingivitis. Its antibacterial action against oral pathogens offers a plausible mechanism, though it is typically used as a complementary measure rather than a replacement for standard dental hygiene.

Sore throat and upper respiratory comfort are commonly cited traditional uses that align with the honey’s demulcent and antimicrobial qualities. The viscous texture coats mucous membranes while bioactive compounds may help limit bacterial or inflammatory irritation. Evidence here is more limited than for wound care but remains consistent with broader honey research on cough and throat symptoms.

Antioxidant capacity is another attributed benefit. Manuka honey contains phenolic compounds, flavonoids and other molecules that can neutralize free radicals and support cellular defenses against oxidative stress. These properties underpin investigations into its potential role in supporting overall resilience and recovery.

Emerging research has explored prebiotic-like effects. Certain indigestible carbohydrates in honey can promote the growth of beneficial gut bacteria. One 2026 study examining Manuka honey in probiotic milk and yoghurt formulations found enhanced growth of Bifidobacterium bifidum and reduced viability of E. coli during storage, suggesting possible supportive roles in fermented products and digestive environments.

Preliminary laboratory and animal data have also examined anti-cancer potential. A UCLA-led preclinical study reported that Manuka honey reduced tumor growth by 84 percent in mice with estrogen-receptor-positive breast cancer cells without major effects on normal cells. Researchers observed downregulation of signaling pathways involved in cell growth and survival, along with induction of apoptosis. A separate 2025 review highlighted multi-targeted effects in various cancer models, though clinical translation remains distant and requires far more rigorous human trials.

Skin applications beyond wounds include management of conditions such as acne, eczema and dermatitis. The honey’s antibacterial, moisturizing and anti-inflammatory characteristics may help calm irritated skin and limit bacterial contributions to breakouts. Medical-grade products are preferred for such uses to ensure sterility and consistent activity.

Digestive support, including potential benefits for certain ulcers or gastrointestinal discomfort, has been suggested in smaller studies and traditional use. The combination of antimicrobial action and coating effects may offer relief in specific contexts, though evidence is less robust than for topical wound care.

Quality remains critical. Experts advise selecting products with verified UMF or MGO ratings, typically UMF 10+ or MGO 250 and above for meaningful antibacterial activity. Consumer-grade honey is not equivalent to sterilized medical-grade preparations used in clinical settings. Infants under 12 months should never consume honey of any type because of the risk of botulism.

While enthusiasm for Manuka honey is high, researchers caution that many studies remain small or preclinical. The strongest data support topical use in wound management. For internal consumption, benefits appear supportive rather than transformative, and individuals with diabetes or other conditions should consider the sugar content and consult clinicians. As investigations continue into mechanisms, optimal dosing and specific applications, Manuka honey occupies a distinctive place among natural products with measurable bioactive effects.

President Donald Trump’s War Department is supercharging missile-defense production, signing framework agreements with Lockheed Martin and Northrop Grumman to expand production capacity for components used in two defense systems.

The deals aim to quadruple output of Terminal High Altitude Area Defense (THAAD) interceptor structural components and support a threefold increase in Patriot Advanced Capability-3 (PAC-3) production, according to a War Department release Monday.

“Building the Arsenal of Freedom requires robust, dynamic supply chains at every level of the industrial base,” Michael Duffey, undersecretary for acquisition and sustainment, wrote in a statement. “Framework agreements with munition components suppliers like Northrop Grumman are vital to accelerating the tripling of PAC-3 and quadrupling of THAAD interceptor production.”

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This image from Lockheed Martin’s media kit showcases a rendering of a THAAD missile defense system. (Lockheed Martin)

The department said the agreements would give suppliers longer-term demand commitments needed to invest in tooling, facility upgrades and workforce development.

Financial terms and production timelines were not included in the War Department announcement, but Northrop Grumman said it entered into agreements worth a combined $3 billion. The deals include a $2 billion agreement to supply rocket motors and safety devices and a $1 billion agreement to increase deliveries of THAAD components.

“Our long-term investments in breakthrough manufacturing technologies and resilient supply chains let us pivot from steady production to a production surge in record time,” Northrop Grumman Vice President Ben Davies wrote in a statement. “As one of America’s leading producers of solid rocket motors, we’re supporting the administration’s push to accelerate munitions output.”

“It’s a mission-critical leap forward that ensures America’s defense edge stays sharper, faster, and farther ahead of global threats,” Davies continued.

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Northrop said it plans to raise PAC-3 solid rocket motor production at its Allegany Ballistics Laboratory in West Virginia, where the company has doubled tactical motor capacity since 2021 and expects to triple production capability by 2027. It will support U.S. Army plans to increase annual PAC-3 MSE missile production from about 600 units to thousands for U.S. forces and allied countries.

The deal establishes a second source for solid rocket motors and increases production of ignition safety devices. The Pentagon said adding another rocket-motor supplier would increase competition and reduce supply-chain risks.

Northrop is also doubling solid rocket motor capacity at its Utah facilities and increasing capacity by 25% at its Elkton, Maryland, plant.

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Michael Duffey, U.S. undersecretary of Defense for Acquisition and Sustainment, and NATO Secretary-General Mark Rutte, talked missile defense at the NATO Summit Defense Industry Forum (NSDIF) in Ankara, Turkey, on July 7, 2026. (Kerem Uzel/Bloomberg)

Under the THAAD agreement, Northrop will increase monthly deliveries of structural components, including interceptor shell cores, aft bulkheads and heat-shield assemblies. The company has supplied components for the missile-defense system since 2002.

Northrop said it has invested more than $2 billion in munitions-related technologies and facilities since 2019, including more than $1 billion for solid rocket motor production.

Lockheed announced a seven-year contract modification for up to $53.86 billion for PAC-3s. The award brings the total multiyear contract value to $58.62 billion, following the $4.7 billion UCA awarded in April for year one.

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The agreements were developed with the Munitions Acceleration Council, the Economic Defense Unit, the Missile Defense Agency and the Office of the Under Secretary for Acquisition and Sustainment, the War Department said.

The company in a filing with the exchange said that the profit after tax was reported at Rs 718 crore in Q1FY27 registering a growth of 156% compared to the corresponding period of the previous year. The revenue from operations (including other income) was reported at Rs 16,076 crore.

The EBITDA surged 105% YoY to Rs 991 crore, and profit before tax was reported at Rs 869 crore, which grew 137% YoY.

The company reported the net profit for the year at Rs 498 crore compared to Rs 15.93 crore a year ago. The employee benefits expenses were recorded at Rs 51.44 crore and the total tax expenses were 86.17 crore.

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During the year ended March 31, 2026, the company transferred its lighting business undertaking, including the shares of its subsidiary, Dixon Technologies Solutions, to Lightanium Technologies for a total consideration of Rs 140.30 crore (Rs 115.30 crore and Rs 25.00 crore, respectively, based on the registered valuer’s report) with effect from August 1, 2025. This transaction was executed as part of the joint venture arrangement, and the company recognised a gain on the sale of the undertaking and subsidiary shares amounting to Rs 21.88 crore and Rs 24.99 crore, respectively.
Signify Innovations India transferred its LED lighting manufacturing operations at Vadodara, Gujarat, to Lightanium Technologies Private Limited as a going concern on a slump sale basis for a cash consideration of Rs 140.30 crore. Following the completion of these transactions, both the company and Signify Innovations India each hold 50% of the post-issue share capital of Lightanium Technologies. The company’s Board of Directors, at its meeting held on May 12, 2026, recommended a final dividend of Rs 10 per equity share with a face value of Rs 2 each for FY26, subject to shareholders’ approval at the ensuing Annual General Meeting.

The company also announced the reappointment of Sunil Vachani as Whole-Time Director for another five-year term from May 5, 2027, to May 4, 2032, along with his remuneration, subject to shareholders’ approval.

Atul B. Lall has been reappointed as Managing Director for another five-year term from May 5, 2027, to May 4, 2032, along with his remuneration, subject to shareholders’ approval.

In the last month, the stock rose 12% and 25% in the last three months. The stock has surged 215% in the last three years and 227% in the last five years.

(Disclaimer: Recommendations, suggestions, views and opinions given by the experts are their own. These do not represent the views of The Economic Times)