Unlimited Black Cards! A Mysterious and Wealthy Young Lady!

"In the past, when we pursued the return of cultural relics overseas, we often had to negotiate repeatedly and exert pressure at all levels, but with little effect. However, Jiang Wenxi used an auction to reverse the passive situation, let the world see China's determination and strength in pursuing cultural relics, and also opened up a new path for subsequent cultural relic repatriation work."

Many overseas cultural relics experts have also admitted that Jiang Wenxi's actions "redefined the way overseas cultural relics are returned."

This auction has broken the long-standing Western dominance in the world of cultural relics transactions, and the rules of the international cultural relics field will inevitably undergo profound changes in the future.

Cultural heritage institutions in countries that had long detained Chinese cultural relics held emergency meetings to discuss countermeasures. They all toned down their previous arrogant attitudes and began to re-examine their cooperation with China in the field of cultural relics. Some countries even took the initiative to contact Chinese cultural heritage departments to express their willingness to return some of the lost Chinese cultural relics.

They knew that Jiang Wenxi meant what she said, and if they didn't take the initiative to compromise, they might be the next ones to pay a heavy price at the auction.

Left with no other option, governments around the world had to expedite the return of Chinese cultural relics without the slightest delay—they finally understood that Jiang Wenxi's initial toughness was not a momentary impulse, but a calculated move backed by absolute confidence.

A few days later, the first batch of Chinese national treasures seized by various countries were transported back to China one by one, witnessed by international media.

The moment the national treasures set foot on their homeland, countless Chinese people were moved to tears. This was not only the return of a few cultural relics, but also a demonstration of China's dignity and confidence, and a major breakthrough in the cause of overseas cultural relics repatriation.

Behind all of this is the woman with an upright posture and a firm gaze—Jiang Wenxi.

With a meticulously planned auction, she regained China's voice and opened up a new chapter for China's efforts to recover cultural relics from overseas.

With her dignified and unyielding attitude, she demonstrated China's strength and resilience to the world, and made all countries understand the significance of China's position.

Today's China is no longer a country that can be manipulated at will or bullied by others; today's Chinese diplomats possess both a gentle and refined demeanor and an unyielding spirit.

From then on, China was no longer passive in the pursuit of overseas cultural relics.

Just as the entire nation of China was immersed in the joy of the return of national treasures and countries around the world were still discussing this groundbreaking auction, another major piece of news once again ignited the world.

The Institute of Cell Regeneration Medicine, wholly funded by Jiang Wenxi, held a global press conference to publicly announce its establishment.

The cell regeneration injection has completed all clinical trials, and all indicators have reached the international top level. It has been officially put into clinical application and is available to the world.

At the press conference, the head of the research institute held up the clinical trial report and said with a firm and proud tone: "This cell regeneration injection has been developed over ten years and has overcome many problems in the global medical field. Its core scientific principle breakthrough lies in accurately activating the proliferation and differentiation ability of the human body's own adult stem cells."

In simple terms, it involves using a specially formulated combination of active factors to awaken dormant stem cells in the body, guiding them to differentiate into the cell types needed for the damaged area, while simultaneously repairing DNA damage during cell division and inhibiting abnormal apoptosis, thereby achieving the regeneration and repair of tissues and organs.

The person in charge further explained in layman's terms, avoiding obscure jargon, and combined it with the core positioning of the military research institute, focusing on detailed military application scenarios, so that the global audience could clearly understand the strategic value of this injection.

"As a military medical research institute, our core motivation for developing this injection was to solve the problem of trauma treatment in the military field and to protect Chinese soldiers. Its application in military scenarios can be described as a groundbreaking innovation."

On the front lines of war, for soldiers suffering moderate injuries such as gunshot wounds, blast wounds, and burns, especially wounds to critical areas such as limbs and torso, the injection can rapidly close the wound within 48 hours, effectively inhibit anaerobic bacterial infection, and significantly shorten the healing period.

Battlefield wounds that originally took 1-2 months to heal can now be shortened to 7-10 days, allowing wounded soldiers to quickly regain their combat effectiveness and more effectively avoid amputation due to wound infection and tissue necrosis, thus preserving soldiers' combat capabilities to the greatest extent.

For localized tissue damage caused by shrapnel, the injection can guide stem cells to repair damaged muscle and nerve cells, reducing postoperative sequelae and allowing injured soldiers to return to combat duty more quickly.

"It can also play a key role in routine military training. Muscle strains, joint cartilage wear and tear, training scars that are prone to occur during soldiers' high-intensity training, as well as old injuries left by parachuting, cross-country running, and combat, can be repaired through targeted injection. This can achieve the smoothing and fading of scars, the regeneration of damaged cartilage, the relief of long-term pain caused by training injuries, and the reduction of non-combat attrition rates."

More importantly, in special environmental operations, such as extreme conditions like high altitudes, cold regions, and deserts, the injection can enhance the resilience of damaged cells. Even in low-temperature and hypoxic environments, it can stably exert its cell regeneration effects, solving the military medical challenge of wounds that are difficult to heal in extreme environments.

"In addition, in military rescue scenarios, such as battlefield search and rescue and post-disaster military rescue, this injection is easy to carry and does not require complicated storage conditions. It can be quickly administered by medical personnel on-site, which can buy precious time for the transfer and treatment of seriously injured people and greatly reduce the mortality and disability rates on the battlefield."

We have also completed clinical trials in extreme scenarios, proving that it can withstand a certain degree of vibration and impact in the midst of gunfire and artillery fire, while maintaining stable efficacy. This demonstrates its complete suitability for the harsh environment of frontline wartime, truly achieving...

"Wherever a soldier is wounded, there will be a guardian."

"More importantly, it has achieved a major breakthrough in the field of critical care medicine: for patients with mild organ damage such as cirrhosis and mild renal failure, the injection can guide stem cells to differentiate into liver cells and kidney cells, replenish the number of damaged cells, gradually restore the basic function of organs, and reduce the risk of severe deterioration."

For difficult-to-heal wounds such as diabetic foot and lower extremity ulcers, it can activate local cell regeneration and solve the medical problem of long-term non-healing.

Even for some middle-aged and elderly people with worn-out articular cartilage, it can relieve joint pain, restore joint mobility, and improve quality of life by repairing cartilage cells.

"In addition, it can also play a key role in disaster relief. In disasters such as earthquakes and floods, the injured often face problems such as trauma infection and difficulty in healing. Carrying convenient cell regeneration injection can quickly administer the medication on site, buy time for subsequent treatment, and reduce the disability rate."