Jiangsu Vcare Approved to Establish "Nanjing Key Laboratory for Artificial Intelligence (AI) Drug Design"

Vcare PharmaTech and Nanjing Chia-Tai Tianqing Enter Commercial Strategic Cooperation for VELMARTO® (Eratrectinib)

September 29, Jiangsu Vcare PharmaTech Co.,Ltd. (Vcare PharmaTech) and Nanjing Chia-Tai Tianqing Pharmaceutical Company (NJCTTQ) held a signing ceremony in Nanjing. The two parties signed a strategic cooperation agreement for the commercialization of VELMARTO® (Eratrectinib Capsules), a next-generation TRK inhibitor, in mainland China. Under the agreement, Vcare PharmaTech, as the MAHof VELMARTO®, is responsible for clinical development and manufacturing supply; NJCTTQ obtains the exclusive commercialization rights of VELMARTO® within the cooperation territory.

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Jiangsu Vcare PharmaTech’s Balanced, Highly Selective New-Generation JAK1 Inhibitor VC005 Tablets Completes First Participant Enrollment in Phase II Clinical Trial for Alopecia Areata

Recently, Jiangsu Vcare PharmaTech Co., Ltd. (Vcare PharmaTech) announced that the Phase II clinical trial of its self‑developed balanced, highly‑selective new‑generation JAK1 inhibitor VC005 Tablets for oral treatment of alopecia areata has completed enrollment of the first participant. This milestone marks the substantive clinical advancement of another indication of the drug in the autoimmune disease space, bringing expectations for novel therapeutic options for patients with alopecia areata.

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Vcare PharmaTech Completes Full Participant Enrollment in Phase III Clinical Trial of VC005 Tablets, a New‑Generation Balanced High‑Selectivity JAK1 Inhibitor, for Ankylosing Spondylitis

Recently, the Phase III clinical trial of VC005 Tablets, a next‑generation balanced high‑selectivity JAK1 inhibitor independently developed by Jiangsu Vcare PharmaTech Co., Ltd. (Vcare PharmaTech), for the oral treatment of ankylosing spondylitis (AS), has successfully completed enrollment of all subjects.

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Vcare PharmaTech’s VC005 Tablets, a New‑Generation Balanced Highly‑Selective JAK1 Inhibitor, Achieves Positive Top‑line Results in Phase II Clinical Trial for Vitiligo

Jiangsu Vcare PharmaTech Co., Ltd. (Vcare PharmaTech) recently announced positive top‑line results from its multi‑center, randomized, double‑blind, placebo‑controlled Phase II clinical study evaluating orally‑administered VC005 Tablets, a self‑developed next‑generation balanced highly‑selective JAK1 inhibitor, in adult patients with non‑segmental vitiligo (NSV). This marks another positive top‑line outcome for VC005 Tablets in dermatological indications, following its Phase III program for moderate‑to‑severe atopic dermatitis (AD).

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PanTRKare™ Officially Approved as the Companion Diagnostic for VELMARTO® (Eratrectinib)

August 6，the NMPA granted approval to Geneseeq’s PanTRKare™ NTRK1/2/3 Gene Fusion Detection Kit as a companion diagnostic for VELMARTO® (Eratrectinib), a next‑generation highly selective TRK inhibitor independently developed by Vcare PharmaTech. The approval provides critical support for the precise identification and clinical medication of patients with NTRK fusion‑positive solid tumors.

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China's First Independently Developed NTRK Inhibitor Eratrectinib (VELMARTO®) Receives Approval to Initiate Pivotal Clinical Trial in Pretreated Drug-Resistant Patients

Recently, Jiangsu Vcare PharmaTech Co.,Ltd. (Vcare PharmaTech) announced that the pivotal clinical trial of its self-developed Class 1 innovative drug VELMARTO® (generic name: Eratrectinib, research code: VC004) for patients with NTRK fusion-positive solid tumors who failed prior therapies has received official approval. This trial marks the first pivotal clinical study conducted by a China-originated NTRK innovative drug targeting pretreated patients with fusion-positive solid tumors. It signals that VELMARTO® has stepped into a systematic clinical research phase for treating drug-resistant solid tumors, further enriching the evidence-based medical data portfolio of the agent and delivering more robust treatment options for domestic patients with recurrent and drug-resistant NTRK fusion-driven solid tumors.

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