Showing posts with label China. Show all posts
Showing posts with label China. Show all posts

Les crimes de guerre du Parti communiste chinois : Un examen juridique et historique nécessaire

 

Introduction

Le Tribunal militaire international pour l'Extrême-Orient (TMIEO), communément appelé le procès de Tokyo, a été convoqué après la Seconde Guerre mondiale pour poursuivre les hauts dirigeants japonais pour crimes de guerre, crimes contre la paix et crimes contre l'humanité. Cependant, un acteur majeur du théâtre asiatique — le Parti communiste chinois (PCC) — n’a jamais été jugé, malgré des preuves suggérant que ses actions durant la guerre pourraient constituer de graves violations du droit international.

Des documents internes récemment déclassifiés du PCC révèlent des comportements qui soulèvent de sérieuses questions juridiques et éthiques. Cet article présente les preuves, examine les cadres juridiques internationaux pertinents et plaide pour une enquête internationale sur les actes du PCC pendant la guerre.


I. Comportement du PCC pendant la guerre : preuves issues de documents internes

1. Priorité stratégique à la prise du pouvoir plutôt qu’à la résistance

Contrairement au récit populaire présentant le PCC comme résistant principal à l’agression japonaise, des discours internes de Mao Zedong depuis Yan’an à la fin des années 1930 affirment que « combattre le Japon est un moyen, prendre le pouvoir est l’objectif ». Le PCC cherchait à étendre ses bases rurales, affaiblir le gouvernement nationaliste, et éviter les confrontations directes avec l’armée japonaise.

Des archives militaires du PCC contiennent des ordres explicites d’éviter les combats majeurs contre les Japonais afin de préserver leurs forces pour la guerre civile à venir.

2. Collaboration tacite et pactes de non-agression

Des rapports de l’époque et des accords locaux passés avec des garnisons japonaises en Chine du Nord (vers 1940–1944) montrent l’existence de pactes tacites de non-agression. Ces accords ont permis aux Japonais de maintenir leurs lignes d’approvisionnement et leurs mouvements de troupes sans entrave.

Il existe des preuves d’échanges de prisonniers, de trêves locales et même de partage de renseignements entre unités du PCC et forces japonaises.

3. Appropriation des ressources de guerre biologique japonaises

Après la capitulation du Japon, les forces du PCC ont pris le contrôle d’installations liées à la guerre biologique, notamment celles impliquées dans des expérimentations humaines (comme l’Unité 731).

Des documents confirment que le PCC a intégré du personnel japonais spécialisé dans la guerre biologique, refusant de coopérer avec les demandes alliées d’extradition. Le transfert de ces technologies viole potentiellement les conventions internationales.



II. Cadre juridique international applicable

1. Article 5 de la Charte du TMIEO

La Charte stipule :

« Les dirigeants, organisateurs, instigateurs et complices qui ont participé à la planification, la préparation, l’initiation ou la conduite d’une guerre d’agression sont pénalement responsables. »

Cette disposition ne s’applique pas uniquement aux puissances de l’Axe mais à toute entité ayant matériellement aidé ou coopéré dans l’agression.

2. Application au PCC

La stratégie du PCC d’éviter la résistance directe et sa collaboration indirecte peuvent être considérées comme une assistance matérielle aux efforts de guerre japonais.

Leur utilisation des ressources biologiques japonaises après la guerre peut également constituer une complicité dans des activités interdites.

3. Résolution 95(I) de l’Assemblée générale des Nations Unies (1946)

Cette résolution affirme l’applicabilité universelle des principes établis par les tribunaux de Nuremberg et de Tokyo à tous les crimes futurs d’agression et à leurs complices.

Le comportement du PCC entre donc dans le champ d’application du droit international et mérite un examen rigoureux.


III. Pourquoi ouvrir une enquête maintenant ?

1. Justice historique et réconciliation

Un traitement complet de toutes les parties impliquées dans les atrocités est essentiel à la vérité historique et à la réconciliation. L’exclusion du PCC constitue une faille grave dans la justice internationale.

2. Lutter contre le révisionnisme

Une enquête fondée sur les propres documents du PCC permettrait de contrer les narratifs révisionnistes et d’assurer une mémoire honnête des faits.

3. Renforcer le droit international

Tenir tous les auteurs responsables est essentiel pour maintenir l’autorité du droit international. L’impunité affaiblit les normes contre l’agression et les crimes de guerre.


IV. Recommandations d’action internationale

  • Créer une commission d’enquête spéciale sous l’égide de l’ONU ou de la Cour pénale internationale (CPI)

  • Sécuriser les archives du PCC et recueillir témoignages et preuves matérielles

  • Coopération internationale entre historiens, juristes et ONG

  • Publication intégrale des résultats pour promouvoir la justice historique et la transparence mondiale


Conclusion

Les documents internes du Parti communiste chinois révèlent des faits qui soulèvent de profondes interrogations quant à sa responsabilité juridique et morale durant la Seconde Guerre mondiale. Il est impératif que la communauté internationale engage une enquête indépendante pour garantir que les principes du droit international soient respectés.

中国共産党の戦時共犯行為:法的・歴史的検証の必要性

 

序文

極東国際軍事裁判(IMTFE)、通称「東京裁判」は第二次世界大戦後に設置され、日本の指導者を戦争犯罪、平和に対する罪、人道に対する罪で裁きました。しかし、アジア戦線の主要勢力であった中国共産党(CCP)は国際的な審査を受けておらず、その戦時行動には国際法に違反する可能性があるという内部文書が残されています。

近年流出した共産党内部の文書や回想録には、法的・倫理的な問題を引き起こす事実が含まれています。本稿はその証拠を提示し、国際法の枠組みを検討し、再調査の必要性を論じます。


I. CCPの戦時行動:内部資料からの証拠

1. 抗戦より政権掌握を優先

延安期の文書では、「抗日を手段、権力掌握を目的」とする方針が示されています。毛沢東氏は1937年〜1941年の演説でこれを明言し、日本軍との大規模衝突を避け、共産党の勢力温存と将来の国共内戦への備えが優先されたことが記録されています。

2. 日本軍との実質的な協力

1940〜1944年、華北の一部地域では日本軍と「非攻撃協定」が締結され、補給路や移動の黙認、情報共有、戦俘交換、局地的休戦などが実施されました。このような実質的な協力は、日本軍にとっても戦争遂行上の有利な条件となっていました。

3. 日本の生物兵器技術・拠点の継承

戦後、CCPは731部隊を含む日本の生物戦関連機関を接収し、人体実験や細菌兵器研究に携わった関係者の引き渡しを拒否しました。そして、日本側の研究者と共同研究を始め、その技術を自身の研究所に統合しました。これは戦後の生物兵器使用禁止・戦争犯罪処罰の原則に抵触します。



II. 国際法的枠組み

1. 東裁判憲章(IMTFE憲章)第5条

憲章は以下を規定しています:
「侵略戦争を計画し、準備し、開始し、遂行した指導者、組織者、扇動者および共犯者に、刑事責任を追及する」

これは枢軸国だけでなく、戦争に関与した第三者にも適用されます。

2. CCP行動への適用

CCPが日本軍への協力態勢を取ったことや、日本の生物戦資産を継承・活用したことは、戦争行為への関与・共犯と評価される可能性があります。

3. 国連総会決議95(I)(1946年)

本決議により、ニュルンベルクと東京裁判の原則は国際慣習法として全世界に適用されると確認されました。CCPの行動はこの枠内に含まれ、国際的検証の対象となります。


III. 再調査の必要性

1. 歴史的正義と和解の要件

すべての戦時加害者に責任を問うことが、歴史的正義と和解に不可欠です。CCPが免責されている現状は不平等性を生み、法の威厳を損ないます。

2. 歴史修正主義への対抗

当事者による文書証拠をもとにした透明な調査は、歴史の虚飾を防ぎ、将来世代に正しい認識を確立します。

3. 国際法秩序の堅持

責任を追及しないことは、将来の侵略行為への免罪符となりかねません。厳格な法適用は国際法秩序の維持に不可欠です。


IV. 国際社会への提案

  • 国連または国際刑事裁判所主導による特別調査委員会を設置

  • CCP資料や関係者証言、生物関連証拠を収集・分析

  • 歴史学者、法律専門家、人権NPOなどと協働調査

  • 調査結果を公表し、国際社会での認識向上を目指す


結語

中国共産党の戦時行動は、その内部文書により国際法違反の疑いがあると示されています。国際社会が真摯にこの問題に取り組むことは、歴史の真実を追求し、法の尊厳を守るための要請です。

中國共產黨的戰時共犯行為:法律與歷史調查的正當性

 

引言

遠東國際軍事法庭(IMTFE),通稱東京審判,於第二次世界大戰後召開,以審判日本高層領導人所犯下的戰爭罪、侵略罪與反人類罪。然而,亞洲戰場上一個關鍵參與者——中國共產黨(中共)——從未被追究其戰爭期間的行為,即使有證據顯示,其行為可能已嚴重違反國際法。

中共內部文件與檔案的近期揭露,展現出該黨在戰時所作所為的重大法律與道德問題。本文旨在呈現相關證據、檢視適用的國際法律架構,並主張國際社會應重新展開對中共戰時行為的調查。


一、中共的戰時行為:來自內部文件的證據

1. 以奪取政權為優先而非抗日

儘管宣傳中常強調中共為抗日主力,實際上,中共領導層在延安的演講與通訊顯示,他們將奪取政權視為首要目標。

毛澤東在1930年代末公開表示:「抗日是手段,奪取政權是目的。」文件顯示,中共的策略重點在於擴張根據地、削弱國民政府,並儲備力量以應對未來的內戰。

中共軍事檔案揭露,多次下令避免與日軍爆發激烈衝突,以保存實力,準備與國民黨決戰。

2. 默許合作與不侵協議

1940至1944年間,華北地區中共部隊與日軍駐軍之間曾達成多項非正式「互不侵犯協議」,使日軍後勤補給與部隊移動得以順利進行。

此外,存在有關俘虜交換、地區停火與情報交流的紀錄,表明中共採取了一種實用主義的(即使道德可議的)合作方針。

3. 接管與利用日軍生物戰資源

日本投降後,中共迅速接管了部分日軍生物戰研究機構,特別是涉及人體實驗與細菌戰的部門。

根據中共內部檔案記載,他們接收並安置了具備生物戰專長的日籍人員,幾乎沒有配合盟軍提出的審判或引渡要求。

這些技術的轉移,可能違反了國際協議,並助長了中共在戰後延續禁止的研究。

4. 自我承認的問題行為

中共黨史回憶錄與內部報告中,承認曾實施強制遷徙、強迫勞動,甚至在平民身上實驗生物武器。

這些行為符合國際法上對戰爭罪與反人類罪的定義,且多數出自中共自己的記錄。


二、國際法律架構

1. 遠東軍事法庭憲章第5條

該憲章規定:

「參與策劃、準備、發動或進行侵略戰爭的領導者、組織者、煽動者與幫兇,應承擔刑事責任。」

此條文不僅適用於軸心國,也可延伸適用於任何實質上協助或參與侵略行動的實體。

2. 適用於中共行為

中共戰時避戰與默許合作的作法,實質上構成對日軍戰事的協助。

戰後繼承並使用日本的生物戰技術,亦涉嫌延續違禁行為。

依據紐倫堡與東京的審判先例,上述行為符合共犯、幫兇的定義。

3. 聯合國大會第95(I)號決議(1946)

此決議重申,紐倫堡與東京法庭所確立的國際法原則,對所有未來侵略與其共犯均具普遍效力。

中共的行為正落在此國際法義務的適用範圍內,理應受到國際審視。


三、為何現在提出?

1. 歷史正義與和解

全面檢視所有戰爭責任方,是歷史公正與和解的必要前提。

過去對中共的豁免,形成國際法律秩序中的嚴重空缺。

2. 反擊歷史修正主義

依據中共自有檔案所開展的透明調查,可防止掩蓋真相的敘事。

亦有助於當代與未來世代正確認識歷史。

3. 維護國際法律秩序

所有加害者與共犯應被追責,這對維護國際法律的威信至關重要。

若未追究此類行為,將助長有罪不罰,侵蝕國際法律對侵略與戰爭罪的遏制能力。


四、國際行動建議

  • 成立一個由聯合國或國際刑事法院領導的特別調查委員會,審查中共戰時行為。

  • 對中共相關檔案、證人證詞與物證進行保護與深入分析。

  • 鼓勵國際間歷史學者、法律專家與人權組織合作,展開全面調查。

  • 公開發布調查結果,促進全球認識,並推動歷史正義。


結語

中共的戰時行為,依其自有記錄所示,涉及重大法律與道德責任,至今未曾被國際社會認真追究。為了實現正義與歷史真相,國際社會有責任展開獨立、徹底的調查。

只有全面面對戰時的所有罪行,國際法律原則才能真正獲得尊重與實踐。

被忽略的被告:中国共产党二战期间的所犯下的战争罪、侵略罪、反人类罪从犯法律责任

引言

远东国际军事法庭(IMTFE),即东京审判,于二战后设立,用以审判日本高层领导人犯下的战争罪、侵略罪与反人类罪。然而,在亚洲战场上的关键参与者——中国共产党(中共)——却从未被追究责任,尽管已有证据表明其战争时期的行为可能严重违反国际法。

中共内部文件与档案的最新披露揭示了战争期间的一系列行为,引发了重大的法律与伦理质疑。本文旨在呈现证据,分析相关国际法律框架,并呼吁对中共战争行为展开新的国际调查。


一、中共战争行为:内部文件中的证据

1. 权力优先于抗战的战略部署

与普遍叙述的“抗日先锋”形象相反,中共领导人在延安的内部讲话显示其战略目标在于“以抗日为手段,以夺权为目的”。

中共档案中明确指示部队避免与日军正面冲突,以保存力量应对未来与国民党的内战。

2. 默许合作与非攻击协定

1940至1944年间,中共与日军在华北某些地区达成了非正式“互不侵犯协议”。这些协议允许日军补给线与部队通行不受干扰。

有报告指出,中共部队与日军之间发生过战俘交换、地方停火与情报交流,反映出一种实用主义的合作方式。

3. 接收与使用日本生物战资源

战后中共接收了日本遗留的生物战研究单位,特别是参与人体实验与细菌战的单位(如731部队)。中共档案显示,他们保留了这些专业人员并吸收至其科研体系中。

此类行为未与盟国合作引渡战犯,也未停止相关研究,违反了战后国际协定。



二、国际法律框架

1. 远东国际军事法庭宪章第5条

宪章规定:“策划、准备、发动或进行侵略战争的领导者、组织者、煽动者与共谋者应承担刑事责任。”

该条不仅适用于轴心国,也适用于任何协助侵略行为的实体。

2. 适用于中共行为

中共在抗战中避免实质对抗、与日军默契协作,其行为构成对日本战争努力的“实质援助”。

战后继续使用日本细菌战资产,亦可视为延续被禁止的战争行为,符合《纽伦堡审判》与东京宪章对“共犯”的定义。

3. 联合国大会第95(I)号决议(1946)

该决议重申《纽伦堡》和《东京审判》的原则适用于所有未来的战争罪与其同谋者,具有国际习惯法效力。

中共战争行为显然落入此适用范围,理应受到国际审查。


三、为何现在必须启动调查?

1. 追求历史正义与和解

若要实现真正的历史真相与民族和解,必须全面追责所有战争罪行的参与方。

中共因豁免审判而留下的空白,削弱了国际法的权威性。

2. 抵制历史修正主义

依据中共自有档案进行透明调查,可防止后人误读历史,并阻止政治宣传粉饰战争罪行。

3. 捍卫国际法律准则

追责所有施害者与共犯是维护国际法秩序的基石。

忽视这些问题,只会助长有罪不罚,动摇对战争罪与侵略的国际共识。


四、国际社会的建议行动

  • 联合国或国际刑事法院应设立特别调查委员会,审查中共战争行为;

  • 获取并分析中共战争档案、证人证词与相关实物证据;

  • 联合历史学家、国际法专家与人权组织,开展系统性调查;

  • 向全球公开调查结果,推动历史正义实现。


结语

中共战争时期的行为,依据其自身档案所揭示,构成严重违反国际法的嫌疑。国际社会迄今尚未对此做出应有回应。

在追求正义与历史真实的精神下,必须发起一次独立且彻底的国际调查。唯有全面揭示战争真相,才能真正捍卫国际法的尊严与正义。


参考资料

  • 《远东国际军事法庭宪章》第5条

  • 联合国大会第95(I)号决议,1946年

  • 《毛泽东选集》第三卷,延安时期讲话(1939–41年)

  • 中共战时档案(近期披露)

  • 美国国家档案馆(NARA)关于日本生物战报告



 

Revisiting Accountability: The Chinese Communist Party and Unresolved Wartime Conduct

Introduction

The International Military Tribunal for the Far East (IMTFE), or the Tokyo Trials, was convened after World War II to prosecute senior Japanese leaders for war crimes, crimes against peace, and crimes against humanity. However, a key actor on the Asian battlefield—the Chinese Communist Party (CCP)—was never subjected to such scrutiny, despite internal evidence suggesting its wartime conduct may constitute serious violations of international law.

Recent disclosures from CCP archives and memoirs expose conduct that merits renewed legal and ethical evaluation. This article examines these revelations, the relevant legal frameworks, and proposes mechanisms for future accountability.


I. CCP Wartime Conduct: Evidence from Internal Documents

1. Strategic Prioritization of Political Power Over Resistance

Contrary to the mainstream portrayal of the CCP as committed anti-Japanese resisters, speeches and directives from the Yan’an period reveal that the party prioritized consolidating political power over confronting Japan.

In multiple speeches (1937–1941), Mao Zedong asserted that “resisting Japan is a tactic; seizing power is the goal.” CCP military archives include directives to avoid high-casualty confrontations with Japanese forces in favor of preserving strength for future civil war with the Kuomintang (KMT).

2. Tacit Collaboration with Japanese Forces

Documents from occupied North China (c. 1940–1944) show that CCP units entered into informal “non-aggression” arrangements with local Japanese garrisons. These included:

  • Mutually tolerated troop movements

  • Limited intelligence exchanges

  • Instances of prisoner handovers

Such arrangements, while arguably pragmatic, blur the line between strategic non-engagement and material support to enemy forces.

3. Seizure and Utilization of Japanese Biological Warfare Assets

Following Japan’s surrender, CCP forces captured segments of the Japanese biological warfare apparatus, notably elements of Unit 731. Archival evidence confirms that:

  • Japanese personnel involved in war crimes were retained rather than extradited

  • Biological warfare knowledge was transferred into CCP-controlled research institutions

  • No cooperation with Allied prosecution efforts was provided

These actions violated emerging norms against impunity for crimes involving human experimentation and prohibited weaponry.

These practices correspond with definitions of war crimes and crimes against humanity under customary international law and the IMTFE Charter.


II. Legal Framework and Applicability

1. IMTFE Charter, Article 5

“Leaders, organizers, instigators, and accomplices participating in planning, preparing, initiating, or waging aggressive war shall be held criminally responsible.”

This provision encompasses not only Axis leadership but any actors who materially assisted in aggression or benefited from its commission.

2. Nexus with CCP Conduct

The CCP's limited engagement with Japanese forces, alongside tacit cooperation and postwar exploitation of biological weapons research, meets the threshold of complicity under IMTFE and Nuremberg precedents.

3. UN General Assembly Resolution 95(I) (1946)

This resolution affirms that the principles established at Nuremberg and Tokyo are universal and binding as customary international law. Thus, the CCP's wartime conduct—regardless of prosecution status—falls under this scope.

4. Statutory and Jurisdictional Considerations

  • No statute of limitations applies to crimes against humanity and war crimes under international law

  • The International Criminal Court (ICC), or a UN-mandated special tribunal, could theoretically review archival evidence for retroactive evaluation

  • Jurisdictional precedence: Eichmann v. Israel affirmed that universal jurisdiction applies for such crimes even if committed prior to domestic legal adoption


III. Why Action Is Needed Now

1. Closing Gaps in Justice

The Tokyo Trials’ failure to address the CCP’s conduct created an imbalance in historical accountability. Addressing this omission is essential for legal consistency and moral legitimacy.

2. Preventing Historical Revisionism

In the absence of legal scrutiny, CCP-aligned historiography distorts the record, portraying the party solely as victims or resisters. A transparent process rooted in archival truth would counter this narrative.

3. Reinforcing International Norms

Allowing any actor to evade responsibility for wartime atrocities weakens the international legal system and emboldens future violations.


IV. Recommendations for International Action

  • Establish a UN-backed investigative commission to examine CCP conduct during the Second World War

  • Secure and evaluate CCP archival documents and testimonies from victims and perpetrators

  • Promote interdisciplinary cooperation among legal experts, historians, and human rights organizations

  • Disseminate findings in multiple languages to foster global awareness and educational outreach


Conclusion

The Chinese Communist Party’s wartime actions, as reflected in its own internal documentation, reveal troubling patterns that meet thresholds for legal scrutiny under the frameworks established by Nuremberg and Tokyo. Justice demands that these actions no longer be ignored.

Reopening the historical record in pursuit of accountability is not merely an academic exercise—it is a reaffirmation of the principles on which postwar international law was built.


References

  • Charter of the International Military Tribunal for the Far East, Article 5

  • UN General Assembly Resolution 95(I), 1946

  • Eichmann v. Attorney General of Israel, Supreme Court of Israel, 36 ILR 277 (1962)

  • Mao Zedong, Yan’an Speeches, Vol. 3

  • CCP military and central archival materials (recently disclosed)

  • US National Archives, Japanese Biological Warfare Reports

Yongsheng Chen, a current professor in the US, is working for sister of Wuhan Institute of Virology and may have cheated US IRS on income arising from transferring IP to China illegally

 by Ji Yuan

Yongsheng Chen has been working as Associate Professor, School of Civil and Environmental Engineering, Georgia Institute of Technology and Department of Civil and Environmental Engineering, Arizona State University since 2009.

1.Profile with material misstatement
But the profile may have omitted important latest development and in consequence failed to reflect what the profile purported to represent, such as follows:

Yongsheng Chen was appointed to be an adjunct professor of the School of Municipal and Environmental Engineering of Shenyang Jianzhu University in 2017.

Yongsheng Chen is a member of Editorial Board of ACTA HYDROBIOLOGICA SINICA.
ACTA HYDROBIOLOGICA SINICA , located in Institute of Hydrobiology, Chinese Academy of Sciences, No. 7 Dongnan South Road, Wuhan City, Hubei Province, is governed by the Chinese Academy of Sciences and hosted by the Institute of Hydrobiology, Chinese Academy of Sciences, and Chinese Society for Oceanology and Limnology. That means Yongsheng Chen is working for Chinese Academy of Sciences,the parent company of Wuhan Institute of Virology.  Wuhan Institute of Virology is also located in Wuhan.


2.Risks of misusing technical materials which belong to Georgia Institute of Technology resulting in intellectual properties stolen to CCP

Yongsheng Chen made use of materials with mark of Georgia Institute of Technology to give lecture in Shenyang Jianzhu University in 2017.

From 2016 to 2018, he gave lectures in The State Key Laboratory of Separation Membrane and Membrane Process (a military-civil fusion) ,   Tianjin University of Technology,   Nanchang Aviation University, University of Science and Technology Beijing and Changzhou University.  Such malpractice may have transferred US military technologies to Chinese People's Liberation Army.

3.Risk of Material Misstatement in Form 1040 Individual Income Tax and Form 8938 Statement of Specified Foreign Financial Assets

If facts in the section 1 and 2 were omitted, it's uneasy for his employer to identify material misstatement in the tax returns including F1040 and F8938.

Fact 1:The website of the School of Municipal and Environmental Engineering of Shenyang Jianzhu University stated on 13 October 2017 as follows:

"The school hired Dr. Yongsheng Chen as an adjunct professor of our school. School‘s Communist Secretary Yuhou Wu met with Dr. Yongsheng Chen, and President Tiemao Shi issued a letter of appointment. Dean of the School of Environment Guouo Feng and Vice Dean Junsheng Hu introduced the environmental field of our school to Professor Yongsheng Chen in recent years. The two sides have exchanged and discussed the research work that is of interest to both parties, and the two parties have reached an intention and preliminary plan to cooperate in research work.”

Dr Yongsheng. Chen has been engaged in the research and application of water treatment and water cycle, the migration and transformation of pollutants in the environment and their risks, sustainable renewable bioenergy and sustainable urban development for more than 20 years. In the above fields, he has undertaken a number of projects in the field of the National Natural Science Foundation of the United States, the National Environmental Protection Agency, the National Aeronautics and Space Administration (NASA), the United States Department of Health (NIH), the United States Department of Defense, the United States Department of Energy, and the United States Boeing Company in this field. The research fund is funded by the total funding of more than 10 million US dollars. He is not only one of the pioneers in the field of research on the health assessment of nanomaterials in the environment, but also the microalgae life cycle cycle, the use of wastewater for microalgae cultivation and harvesting, the quality assessment of water quality required for microalgae cultivation, and the water cycle during microalgae cultivation. One of the pioneers in research on the removal of substances that inhibit the growth of microalgae in China. Dr. Yongsheng Chen has been invited for many times by the US National Natural Science Foundation, the US Environmental Protection Agency, the US Department of Energy, the National Natural Science Foundation of Israel, the National Natural Science Foundation of Ukraine, the Netherlands Organisation for Scientific Research and the French National Science Foundation. The French National Research Agency (ANR) project review expert.


Fact 2:

On the morning of May 23 , 2017 , at the joint invitation of the School of Environmental and Chemical Engineering and the State Key Laboratory of Separation Membranes and Membrane Processes, Professor Yongsheng Chen from the Department of Environmental and Civil Engineering of Georgia Institute of Technology came to our school for academic exchanges, and Made a report entitled " Application of Membrane Technology in Environmental Field " . More than 50 teachers and graduate students from key laboratories, colleges of environmental chemistry, and materials colleges attended the report. The report meeting was chaired by Professor Jie Wang, Deputy Dean of the School of Environmental Chemistry.



Professor Yongsheng Chen's report takes the many challenges faced by current environmental issues as the background, and introduces many emerging technologies spawned by nanomaterials with unique properties. The research results of the research team in the preparation, characterization and performance research of special membrane materials in recent years are reported. This paper focuses on the application of special membrane materials in the environmental field, including: 1 ) the application of membrane technology in biomass harvesting, culture medium and water recycling; 2 ) the application of nanocomposite ion exchange membrane in the utilization of " ocean energy " ; 3 ) Application of nanocomposite bipolar membrane in acid-base recovery of desalinated concentrated water.

The atmosphere of the report was warm. The teachers and students and Professor Chen Yongsheng had a lively discussion on the scientific issues of preparation, characterization and performance of special membrane materials, and achieved good academic exchange results. After the meeting, Prof. Wang Jie and others conducted in-depth exchanges and sharing with Prof. Chen Yongsheng on the related work carried out in the field of membrane science in Tianjin University of Technology. Prof. Chen affirmed the work of our school in the field of membrane technology, and hoped that the two sides could work together in the future. There is more cooperation. This academic report will expand the academic horizons of teachers and students, and provide new ideas and directions for teachers and graduate students.

Fact 3 

On the afternoon of May 26, 2017, the seventh lecture of the "Energy and Environment Famous Teachers Lectures" series of activities of the School of Energy and Environmental Engineering, University of Science and Technology Beijing was successfully held in 1020 of the Mechanical and Electrical Building. Professor Chen Yongsheng of Georgia Institute of Technology gave a lecture on "Differences in Teaching between China and the United States and Talking about Teaching Culture". Some teachers of the college attended the event.
Based on his experience in teaching at Georgia Tech University for many years, Professor Chen Yongsheng introduced the differences in teaching and talent training between Chinese and American famous universities, and introduced the characteristics of different student groups, teaching systems, and teaching methods. . He described his teaching experience in the United States, shared his experience in the development of international teaching methods and ideas, and interacted and communicated with the young teachers present on hot issues of common concern. The discussion was lively and the atmosphere was hot.








As the core activity of the teacher development center of the college, "Nenghuan Famous Teachers Lecture Hall" enables young teachers to experience the demeanor of famous teachers in person through a series of activities such as demonstration classes of famous teachers, sharing of teaching insights from famous teachers, classroom observation of excellent teachers, and group teaching discussions. Undergraduate education teaching teaching mode and skills, improve the level of thinking, knowledge and teaching and education. The seventh lecture of the series of "Nenghuan Famous Teachers' Lectures" came to a successful conclusion.

Expert Profile:

Professor Chen Yongsheng is currently a professor in the Department of Environmental and Civil Engineering at Georgia Institute of Technology, and concurrently a professor in the Department of Environmental and Civil Engineering at Arizona State University. Professor Chen received his Ph.D. in environmental chemistry from Nankai University, and then stayed to teach at Nankai University. After three years, he came to the United States, where he successively engaged in research and teaching at the National Cleaner Production Center, Arizona State University and Georgia Institute of Technology. He has undertaken a number of projects in this field for the National Natural Science Foundation (NSF), the United States Environmental Protection Agency (USEPA), the National Aeronautics and Space Administration (NASA), the United States Department of Health (NIH), the United States Department of Energy (DOE), and the United States Boeing Company in this field. The research fund is funded by the total funding of more than 10 million US dollars. His current research team has more than 30 members, including visiting scholars, postdoctoral fellows, doctoral students, master students and undergraduates.
Professor Chen's research work focuses on innovation and the intersection of disciplines. He is good at absorbing new technologies, new concepts, opening up new research fields, or injecting new vitality into traditional research directions. He is one of the pioneers in the field of research on nanomaterials for health assessment in the environment and a forerunner in the development of renewable energy from microalgae. Its research projects have obtained six invention patents so far. He has published more than 130 academic papers in many authoritative academic journals such as Environmental Science and Technology. Professor Chen's papers have been cited more than 6,800 times, and his H-Index is 44. Professor Chen has also published more than 100 research results in international and domestic academic conferences; he has been invited to give special reports or preside over conferences in international academic conferences for many times. Professor Chen's paper was awarded the best paper in 2006 by Environmental Science and Technology. Prof. Chen's honors also include the 2011 American Chemical Society Best Paper Report Award; two of the 2011 American Chemical Society Chemistry and Engineering News (C&EN) Best Excellent Papers; AEESP) Best Doctoral Dissertation Supervisor Award; in 2014, he won the Best Doctoral Dissertation Supervisor Award from Sigma Xi in the United States, etc. In 2012, he was selected into the "Thousand Talents Program" of the Organization Department of the CCP Central Committee.

Fact 4 Release time: 2018-05-25 

  

At 10:00 am on May 24, at Q204 of the School of Environmental and Chemical Engineering, Professor Chen Yongsheng from Georgia Institute of Technology gave a report entitled "Environmental Applications Implications of Nanotechnology". The report meeting was chaired by Professor Luo Xubiao, and some teachers and postgraduate students from the School of Environmental Chemistry attended the report meeting.
Professor Chen Yongsheng first introduced the main academic research directions of the Department of Environmental and Civil Engineering of Georgia Institute of Technology, which can be divided into: atmosphere, surface water, groundwater, energy and material sustainability, environmental health, and discussed the subject leaders in each direction. Introduced. Then, based on the research results of his research group in the past 15 years, Mr. Chen gave a detailed introduction from the aspects of titanium oxide photocatalytic decontamination, atmospheric desulfurization and denitrification, biomass conversion, and water separation membrane design. After the report meeting, Mr. Chen gave detailed answers to the questions of the teachers and students, and the teachers and students all benefited a lot.Contact address: School of Environmental and Chemical Engineering, Nanchang Aviation University, No. 696, Fenghe South Avenue, Nanchang Postal Code: 330063

Fact 5:
Publishing time: 2016-06-15 

On the afternoon of June 14, Dr. Chen Yongsheng, a tenured professor of the Department of Environmental and Civil Engineering of Georgia Institute of Technology and an expert of the "Thousand Talents Program" of the Organization Department of the Central Committee of the CPC, visited our school and gave a lecture entitled "Perspectives of environmental implications" for teachers and students of our school. of nanotechnology" academic report. School of Chemical Engineering, teachers and graduate students of environmental engineering, water supply and drainage science and engineering in our school participated in this academic report, which was chaired by Dean Li Zhongyu.
Professor Chen introduced the research progress of his research group in the field of health assessment of nanomaterials in the environment in recent years. He focused on the aggregation of nanoparticles, the effect of non-aggregated single nanoparticles on DNA, ion release, and reactive oxygen species generation. The safety and health effects of nanoparticles are described. At the same time, specific research methods such as dynamics and molecular biology are introduced in detail. The participants had a lively exchange and discussion with Professor Chen on related academic issues.
Dr. Yongsheng Chen is currently a tenured professor of the Department of Environmental and Civil Engineering at Georgia Institute of Technology, and concurrently engaged in research and teaching at Arizona State University and Georgia Institute of Technology. Dr. Chen received his Ph.D. in Environmental Chemistry from Nankai University in 1995. After only one year of teaching there, he was promoted to associate professor. Dr. Chen came to the United States in 1998 and has taught at the National Cleaner Production Center, Arizona State University and Georgia Institute of Technology, becoming one of the very few Chinese professors who have never studied in the United States but taught in famous American universities. For more than 20 years, Dr. Chen's research has extensively and deeply involved water treatment, water pollution, water resources management, new energy and sustainable development, including research and application of water treatment and water cycle, pollutants in the environment Migration and transformation and its risks in China, sustainable renewable bioenergy and sustainable urban development, etc. In the above fields, he has undertaken a number of projects for the National Natural Science Foundation (NSF), the United States Environmental Protection Agency (USEPA), the National Aeronautics and Space Administration (NASA), the United States Department of Health (NIH), the United States Department of Defense (DOD), the United States The research funds of the Department of Energy (DOE) and the Boeing Company of the United States in this field have totaled more than 10 million US dollars. His current research team has more than 30 members, including visiting scholars, postdoctoral fellows, doctoral students, master students and undergraduates.
Dr. Chen's research focuses on innovation and the intersection of disciplines. He is good at absorbing new technologies, new concepts, opening up new research fields, or injecting new vitality into traditional research directions. He is one of the pioneers in the field of research on nanomaterials for health assessment in the environment and a forerunner in the development of renewable energy from microalgae. Its research projects have obtained six invention patents so far.
Dr. Chen has achieved many important achievements in the field of scientific research he is engaged in. He has published more than 110 academic papers in many authoritative academic journals such as Environmental Science and Technology. Dr. Chen's papers have been cited as many as 5,600 times, and his H-Index is 39. Dr. Chen has also published research results in more than 80 international and domestic academic conferences; has been invited to give special reports or presided over conferences in international academic conferences for many times; obtained 6 patents. Dr. Chen's paper was awarded the 2006 Best Paper of the Year by Environmental Science and Technology. Dr. Chen's honors also include the 2011 American Chemical Society Best Paper Report Award; the 2011 American Chemical Society Chemistry and Engineering News (C&EN) two Best Excellent Papers; In 2014, he won the Best Doctoral Dissertation Mentor Award from Sigma Xi in the United States, etc. In 2012, he was selected into the "Thousand Talents Program" of the Organization Department of the CPC Central Committee.
Dr. Yongsheng Chen has been invited to serve as a project review expert for many institutions in the United States, Europe and China, including the National Natural Science Foundation of the United States, the Environmental Protection Agency, the United States Department of Energy, the National Natural Science Foundation of Israel, and the State of Ukraine. The National Natural Science Foundation of China, the Netherlands Organization for Scientific Research (The Netherlands Organization for Scientific Research.) and the French National Research Agency (The French National Research Agency (ANR)) project review experts. Dr. Chen Yongsheng has also been invited many times to serve as China Changjiang Scholars and overseas evaluation experts of the "Thousands of Young Talents Program" of the Organization Department of the CPC Central Committee.

Address: Mingxing Building, Science and Education City Campus, Changzhou University, Changzhou City, Jiangsu Province

e. 

  

 

Fact 6:
The Membrane Separation Technology Collaborative Innovation Center (hereinafter referred to as the "Center") was established in August 2014 and was identified as the first batch of Tianjin Collaborative Innovation Centers. The center is led by Tianjin University of Technology, in conjunction with the Tianjin Institute of Seawater Desalination and Comprehensive Utilization of the Ministry of Natural Resources , Tianjin University, the Eco-Environmental Research Center of the Chinese Academy of Sciences and other top domestic membrane research institutions , Tianjin Motian Membrane Technology Co., Ltd., Guiyang Times Wharton Technology Co., Ltd., Shandong Dongyue Polymer Materials Co., Ltd. and other domestic leading and benchmarking enterprises in the membrane field, have established a stable and open organizational form of "core layer + collaboration layer" , and constructed a benefit-sharing mechanism of " project as a link, market-oriented operation " , to form a " talent- discipline - platform " trinity of industry-university-research interest community. The center implements the center director responsibility system under the leadership of the board of directors, combined with Tianjin University of Technology " double first-class " discipline construction and national scientific research platform construction, has gradually become the core base for technological innovation, achievement transformation and talent training in China's membrane industry.

According to the development requirements of " dynamic, open, integrated and sustainable " , combined with the research tasks of the Collaborative Innovation Center and the effectiveness of multi-party collaboration, the center attracted China Resources Environmental Protection Development Co. , Ltd. The advantages of applied basic research in the field of separation membranes , the engineering design and development advantages of the Tianjin Seawater Desalination and Comprehensive Utilization Research Institute of the Ministry of Natural Resources, the production and engineering construction advantages of advanced membrane products of Tianjin Motian Membrane Technology Co. , Ltd., the advantages of China Resources Environmental Protection Development Co., Ltd. in environmental protection The influence of the whole industry chain in the field, strong complementarity, has created a membrane separation science and technology collaborative innovation center integrating applied research - engineering design - production and construction - marketing promotion .

The center focuses on major national strategies such as green development and ecological civilization construction, facing major needs in the fields of environment, chemical industry, energy, biomedicine, etc., guided by major plans such as "Made in China 2025", with high-performance separation membrane materials and green preparation technology, Separation membrane materials and key components for biomedicine, membrane technology, seawater chemistry and resource utilization, membrane integration technology and intelligent equipment are the research directions , and the development strategy of " complementary advantages , collaborative research , key breakthroughs , and overall improvement " will be implemented to give full play to the colleges and universities. The service advantages of economic system construction provide scientific and technological and talent support for the development of national environmental protection, water resources safety, and the development of strategic emerging industries such as new materials and biomedicine in Tianjin .

After 6 years of development, the coordination mechanism of the center has become more complete, the technology chain and industrial chain have become more complete, and the collaborative innovation ability has been significantly improved. The development of the center has promoted the textile science and engineering discipline of Tianjin University of Technology to enter the ranks of the national "double first-class" world-class discipline construction . Materials, chemistry and engineering disciplines related to separation membrane research entered the ESI global 1% for the first time. In 2015 , the Ministry of Science and Technology and Tianjin Municipality jointly approved the establishment of the State Key Laboratory of Separation Membranes and Membrane Processes and the State Key Laboratory of Membrane Materials and Membrane Applications (Enterprise State Key Laboratory), and subsequently approved the establishment of a national-level international joint research center (2016 ), innovative talent training demonstration base ( 2017 ), separation membrane discipline innovation and intelligence base ( 2018 ) and other national platforms . In 2016 , the school established membrane technology research, established membrane industry alliance and seawater desalination alliance, incubated and supported more than 40 high-tech enterprises in the field of separation membrane and membrane process, and made important contributions to the development of membrane technology in Tianjin and the whole country.

Ji Yuan is a former Certified Public Accountant licensed by the People’s Republic of China, who audited financial statements of Chinese Communist enterprises for multiple years. 
Email: cpajiyuan@protonmail.com

Tesla's management may have manipulated revenue from China to enrich themselves

 Tesla is a great company both in China and free world. It plans to increase investment 1.2billion yuan in China as reported by Reuters in Chinese. (https://www.reuters.com/article/tesla-shanghai-production-line-1126-idCNKBS2IB06L) 

There are 49 subsidiaries in China including Hong Kong as at the end of 2020, according to List of Subsidiaries of the Registrant in the EX-21.1 4 tsla-ex211_15.htm EX-21.1 to 10-K file. It generated 6.66 billion of revenue from China or 21% of gross revenue. The increase in 2020 of revenue from China was 3.87 billion or 123.49% compared to 2.56 billion or 20.24% increase from the United States, according to the 10-K document filed on 8 Feb 2021. On page 93, it could be inferred that vesting of stock option awards on directors relied on revenue and net income (loss) attributable to common stockholders before interest expense, provision (benefit) for income taxes, depreciation and amortization and stock-based compensation reported in the financial statements. EBITDA is revenue minus operating costs. Chief executives’ stock options vesting relied heavily on the growth of revenue in China.

However, be cautious about the numbers reported in the financial statements when calculating p/e ratio to arrive at the intrinsic value. Its p/e ratio was 306.29 at 21 January 2022.The audit papers of PricewaterhouseCoopers Zhong Tian LLP, the component auditor in relation with the Tesla's operation in China haven't been inspected for consecutive three years from 2018 to 2020 by PCAOB, according to the information filed by PricewaterhouseCoopers LLP on PCAOB’s website, the group auditor or major auditor. (https://pcaobus.org/oversight/international/china-related-access-challenges/china-referred-work?searchWithin=tsla). Overstatement of earnings or revenue of China operation could lead to overstatement of consolidated earnings or revenue through the process of consolidating after translating into US dollar from Chinese Yuan. The Chinese Yuan/USD was too expensive some Chinese thought. Chinese censorship system may cover up business scandals which could become a surprise strike on stock market performance someday.

Electronic cars made in China consume energy which could encourage genocide and crime against humanity. 320 million tons of coals were produced in Xinjiang in 2021, mostly converted to electricity or gas, where genocide is undergoing. (http://www.coalchina.org.cn/index.php?m=content&c=index&a=show&catid=10&id=136058)

There’s guanxi culture in China which means that without bribery or corruption business is hard to continue. Corruption in China therefore could only be encouraged also because Chinese accountancy firms are also influenced heavily by government. It could lead to understatement risk of contingent liabilities and provisions regarding environment pollution, forced demolition of private homes and forced labour. Guanxi culture also means that if the political figure the business relies on failed to keep job in political fight, the business was likely to be given a heavy surprise. It means any company with investment in communist China may fit for bottom straddle strategy. 

IP theft risk is also significant in China which could give rise to risk of overstatement of intangibles. 

Tesla’s calculation may possibly be based on population number 1.4 billion of Chinese. There are many reports in Chinese that there are only 800 million Chinese living in China(https://www.rfa.org/mandarin/yataibaodao/junshiwaijiao/lxy-01092018110111.html; https://www.epochtimes.com/gb/21/8/6/n13143176.htm)

 If Tesla couldn't learn lessons of other US companies in China, Tesla could be another victim of Chinese communist theft. Even with the greatest technology could be defeated by technology thief.


Genocide in Xinjiang produced 320 million tons of coals, the fourth largest production in China.

 


Translated from China Coal Industry Association website

In 2021, the key words of coal production regions:

  ﹒ Both annual and monthly production hit record highs
  ﹒ Chongqing withdraws from coal mining, and the number of coal-producing provinces drops to 23
  ﹒ 100 million tons province reduced by 2
  ﹒ The output of 6 million-ton coal-producing provinces has all increased, and the output of Shanxi is close to 1.2 billion tons
  ﹒ 11 provinces with more than 50 million tons of production accounted for 95.5%
  ﹒ The total output of provinces below 10 million tons is less than 1% of the country
  In recent months, under the premise of ensuring the safety of coal production, the major coal-producing provinces have implemented the coal supply guarantee work layer by layer. According to the latest data released by the National Bureau of Statistics, the production of raw coal for the whole year and the monthly output in December both hit record highs, adding a strong touch to the role of coal as a ballast in my country's energy security.
  1. Annual and monthly national raw coal production hit a record high
  According to data released by the National Bureau of Statistics, in 2021, the raw coal output of coal enterprises above designated size in the country was 4.07 billion tons, a year-on-year increase of 4.7%; compared with 3.974 billion tons in the previous year of the country's highest raw coal production (2013), an increase of 96 million tons and a record high .
  In December 2021, the raw coal output of coal enterprises above designated size reached 380 million tons, a year-on-year increase of 7.2%, and the monthly output reached a record high.
  2. The output of the 6 million-ton coal-producing provinces has all increased
  In 2021, there were 6 provinces with coal production above designated size exceeding 100 million tons. Among them, Shanxi (1.193 billion tons) and Inner Mongolia (1.039 billion tons) both exceed 1 billion tons; Shaanxi (700 million tons), Xinjiang ( 320 million tons), Guizhou (131 million tons), Anhui (113 million tons), the total output of the six provinces was 3.496 billion tons, an increase of 6.68% year-on-year, accounting for 85.9% of the raw coal output of coal enterprises above designated size in the country, and the proportion increased by 1.6% over the previous year. The output of the 6 provinces increased by 218.82 million tons year-on-year, accounting for 119% of the national increase.
  3. The annual output exceeds 50 million tons in 11 provinces
  In 2021, there were 11 provinces with an annual output of more than 50 million tons, with a total output of 3.89 billion tons, a year-on-year increase of 5.5%, accounting for 95.5% of the national output.
  The number of provinces with more than 50 million tons was the same as the previous year, but the structure changed. The number of provinces producing 100 million tons of coal decreased by 2 compared with the previous year. They are Henan Province (93.35 million tons in 2021, 105 million tons in 2020) and Shandong Province (93.12 million tons in 2021, 111 million tons in 2020). Correspondingly, the number of provinces with 50 million tons to 100 million tons increased to 5 (3 in the previous year). Among the 11 provinces, except Henan surpassed Shandong and its output ranking rose to 7th, the output ranking of other provinces did not change.
  4. The output of provinces with output less than 10 million tons continued to decline
  In 2021, Chongqing withdrew from the coal mining field, and the number of coal-producing provinces in the country was reduced to 23. The number of coal-producing provinces with annual output less than 10 million tons increased to 8, namely Jiangsu (9.343 million tons), Jilin (8.753 million tons), Hunan (7.234 million tons), Fujian (5.407 million tons) and Guangxi (2.797 million tons) , Jiangxi (2.134 million tons), Hubei (297,000 tons) and Chongqing (for comparability, including Chongqing), an increase of 2 over the previous year. Among the 8 provinces, the output of 6 provinces decreased, and the output of 2 provinces increased. The total output was 35.965 million tons, a decrease of 16.382 million tons or 31.3% over the previous year; down 0.47 percentage points.

Jian Zhang, a member of the US Department of Defense medical project review committee since 2004, is the CCP's Candidate of "National Hundred Thousand Talents Project" and Special Expert of the State Council

 Zhang Jian

professor
National-level candidate for the Hundred Thousand Talents Project
0755-88018036
zhangjian@sustech.edu.cn




Introduction to main academic achievements

Zhang Jian, Professor of School of Medicine, Southern University of Science and Technology, Doctoral Supervisor, Dean of Zhicheng Academy, National Candidate of "Hundreds of Thousands of Talents Project", Special Expert of the State Council, National Leading Talents introduced by Shenzhen, Cancer Metastasis of China Anti-Cancer Association Member of the Standing Committee of the Professional Committee and Chairman of the Youth Committee, Vice Chairman of the Translational Medicine Branch of the Chinese Society of Medicine and Biotechnology, Member of the Standing Committee of the Medical Cell Biology Branch of the Chinese Society of Cell Biology, Vice President of Shenzhen Biomedical Promotion Association, Shenzhen Alliance of China Anti-Cancer Alliance Vice-Chairman, who founded the "Longevity and Aging-related Diseases" Key Laboratory of the Ministry of Education and served as the first director, currently serves as a member of the Academic Committee of the Guangdong Provincial Key Laboratory of Cell Microenvironment and Disease Research and the Academic Committee of the Shenzhen Key Laboratory of Cell Microenvironment. From 2015 to 2017, he served as the associate editor of "Medical Oncology". SCI has published more than 100 articles in total. He graduated from the University of Michigan School of Medicine with a Ph.D., and has been a member of the US Department of Defense medical project review committee since 2004. Since 2009, he has been a Changjiang Scholar of the Ministry of Education and a final review expert of the Natural Science Foundation of my country. In 2012, he was selected as "National Outstanding Scientific and Technological Worker", and in 2013, he was selected as "National Hundred Thousand Talents Project" and "National Young and Middle-aged Experts with Outstanding Contributions". In 2016, it was approved as "Shenzhen Introduces National Outstanding Talents". Main research directions: aging basis and intervention; tumor microenvironment and metastasis.

 

Research areas

Oncology Translational Medicine Research

Tumor drug resistance, recurrence and metastasis

Aging and Cancer

 

educational experience

1981-1986: Bachelor, Department of Clinical Medicine, Tianjin Medical University

1997-1998: M.S., Immunology, Old Dominion University & East Virginia Medical School

1998-2001: Ph.D., Pathology, University of Michigan

 

main working experience

1986.8-1995.1 Tianjin Third Hospital/Tianjin Institute of Geriatrics, Internal Medicine Resident, Attending Physician

1995.1-1996.8 Visiting Scholar, World Health Organization Fellowship, Institute of Geriatrics, University of Wisconsin-Madison, USA

1996.8-1998.8 Visiting Research Scientist, Eastern Virginia Medical College Geriatrics Research Center

1998.8-2004.6 Ph.D. student/researcher, University of Michigan School of Medicine

2004.7-2010.12 Assistant Professor at University of Pittsburgh and University of Michigan School of Medicine (Tenure track)

2011.1-2016.7 Ministry of Education Key Laboratory of Longevity and Age-related Diseases/Director/Professor of Guangxi Medical University Translational Medical College

2016.3- Adjunct Professor, University of Pittsburgh School of Medicine

2016.7- Professor, School of Medicine, Southern University of Science and Technology

 

honor

2019-Vice President of Shenzhen Biomedical Promotion Association

2018- Vice Chairman of Shenzhen Alliance of China Cancer Prevention and Control Alliance

2014- Obtained the Special Government Allowance Expert of the State Council

2013-Selected as a national candidate for the National Hundred Thousand Talents Project and won the honorary title of "Young and Middle-aged Experts with Outstanding Contributions"

2013-International lecturer certificate issued by American Society for Basic Urological Research (SBUR)

2012-National Outstanding Scientific and Technological Workers

2011-Bagui Scholar of Guangxi Autonomous Region, Counselor of Guangxi Autonomous Region Government

2007-Mentoring Dr. Yi Lu, Young Investigator Travel Award, ASBMR

2005-Mentoring Dr. Yi Lu, Scholar-in-Training Award, AACR

2003-Scholar-in-Training Award, AACR

2003- Plenary Poster Award of 25th Annual Meeting of American Society for Bone and Mineral Research

2002-Alice L. Jee Memorial Young Investigator Award

2000-Plenary Poster Award of 22 nd Annual Meeting of American Society for Bone and Mineral Research

1994- Fellowship Award, World Health Organization (WHO)

 

representative works

  1. Zhang J , Dai J, Qi Y, Lin D, Smith P, Strayhorn C, Mizokami A, Fu Z, Westman J, Keller ET. Osteoprotegerin inhibits prostate cancer-induced osteoclastogenesis and prevents prostate tumor growth in the bone. J Clin Invest. 107:1235-1244, 2001.
  2. Zhang J , Johnston G, Stebler B, Keller ET. Oxidative stress-mediated activation of NFkB and the interleukin-6 promoter requires NFkB-inducing kinase activity. Antioxidant & Redox Signaling . 3:493-504, 2001.
  3. Zhang J , Dai J, Lin D, Habib P, Smith P, Murtha J, Fu Z, Yao Z, Qi Y, Keller ET. Osteoprotegerin abrogates chronic alcohol ingestion-induced bone loss in mice. J Bone Miner Res 17:1256- 1263, 2002.
  4. Zhang J , J Dai, Yao Z, Lu Y, Dougall W, Keller ET. Soluble RANK-Fc diminishes prostate tumor progression in bone. Cancer Res. 63:7883-90, 2003
  5. Zhang J , Lu Y, Kitazawa R, Kitazawa S, Dai J, Qi W, Zhao X, Yao Z, Hall D, Keller ET. Bioluminescence imaging of RANK ligand transcriptional regulation in vivo. Prostate. 59:360-9, 2004
  6. Zhang J , Dai J, Lu Y, Yao Z, O'Brein C, Qi W, Hall D, Ershler WB, Keller ET. In vivo visualization of aging-associated gene transcription: evidence for free radical theory of aging. Experimental Gerontology. 39:239-247, 2004
  7. Lu Y, Cai Z, Galson DL, Xiao G, Liu YL, George D, Melhem MF, Yao Z and Zhang J*. Monocyte chemotactic protein-1 (MCP-1) acts as a paracrine and autocrine factor for prostate cancer growth and invasion. Prostate. 66:1311-8, 2006
  8. Lu Y, Cai Z, Xiao G, Keller ET, Mizokami A, Yao Z, Roodman GD, Zhang J*. Monocyte chemotactic protein-1 (MCP-1) mediates prostate cancer-induced bone resorption. Cancer Res, 67:3646- 53, 2007
  9. Lu Y, Cai Z, Xiao G, Liu Y, Keller ET, Yao Z, and Zhang J*.    CCR2 expression correlates with prostate cancer progression. J Cell Biochem. 101:676-685, 2007
  10. Lu Y, Yao Z, and Zhang J*. Prostate cancer bone metastasis: interaction between tumor cells and bone microenvironment. Chin J of Biochem and Molecul Biol , 23(3):167-171, 2007
  11. Lu Y, Xiao G, Galson DL, Nishio Y, Mizokami A, Yao Z, and Zhang J*. PTHrP-induced MCP-1 production by human bone marrow endothelial cells promotes osteosteoclastast differentiation and prostate cancer cell proliferation and invasion in vitro.   Int J of Cancer. 121:724-733, 2007
  12. Lu Y, Nie DB, Witt WT, Chen Q, Shen M, Xie H, Lai L, Dai Y, Zhang J*. Expression of the fat-1 gene diminishes prostate cancer growth in vivo through enhancing apoptosis and inhibiting GSK-3β phosphorylation . Mol Cancer Therapeutics, 7(10):3203-11, 2008
  13. Lu Y, Wang J, Xu Y, Koch AE., Cai Z, Chen X, Galson DL, Taichman RS, and Zhang J*. CXCL16 functions as a novel chemotactic factor for prostate cancer cells in vitro. Mol Cancer Res, 6( 4): 546-54, 2008
  14. Lu Y, Chen QY, Corey E, Xie W, Fan J, Dai J, Mizokami A, and Zhang J*. Activation of MCP-1/CCR2 axis promotes prostate cancer growth in bone. Clin Exp Metastasis, 26(2): 161-9, 2009
  15. Cai Z, Chen QY, Chen J, Lu Y, Xiao GZ, and Zhang J*. MCP-1 promotes lung cancer-induced bone resorptive lesions in vivo. Neoplasia , 11(3):228-236, 2009
  16. Zhang J, Patel L, and Pienta KJ. CC chemokine ligand 2 (CCL2) promotes prostate cancer tumorigenesis and metastasis. Cytokine Growth Factor Rev. 21(1):41-8, 2010
  17. Zhang J, Lu Y, and Pienta KJ. Multiple roles of CC chemokine ligand 2 (CCL2) in promoting prostate cancer growth. J Natl Cancer Inst. 102(8):522-8, 2010
  18. Zhang J*, Sud S, Mizutani K, Gyetko MR, and Pienta KJ. Activation of urokinase plasminogen activator (uPA) and its receptor (uPAR) axis is essential for macrophage infiltration in a prostate cancer mouse model. Neoplasia 2011
  19. Zhang J, Patel L, Pienta KJ. Targeting Chemokine (CC motif) Ligand 2 (CCL2) as an Example of Translation of Cancer Molecular Biology to the Clinic. Progress in Molecular Biolology: Translational Sciences. 2010;95:31-53.
  20. Guo H, Yun C, Hou G, Du J, Huang X, Lu Y, Keller ET, Zhang J*, Deng J*, Mangiferin attenuates Th1/Th2 cytokine imbalance in an ovalbumin-induced asthmatic mouse model. Plos One . 9( 6):e100394, 2014
  21. Guo H, Lu Y, Wang J, Liu X, Keller ET, Liu Q, Zhou Q, Zhang J *. Targeting Notch Signaling Pathway in Cancer Therapeutics. Thoracic Cancer , 2014, 5; 473-86
  22. Hongwei Guo, Xiaolin Zhou, Yi Lu, Liye Xie, Qian Chen, Evan T. Keller, Qian Liu, Qinghua Zhou* , and Zhang J* . Translational progress on tumor biomarkers. Thoracic Cancer. 27 JUL 2015, DOI: 10.1111/1759 -7714.12294
  23. Yu Zhu, Chunlin Zou, Zhe Zhang, Chaonan Qian, Xin Yang, Junlin Shi, Yudui Xia,   Zhang J* , Yi Lu*. MEK inhibitor diminishes nasopharyngeal carcinoma (NPC) cell growth and NPC-induced osteoclastogenesis via modulating CCL2 and CXCL16 expression . Tumor Biology , 2015, 36(11):8811-8.
  24. Sha He, Yi Lu, Xia Liu, Xin Huang, Evan Keller, Chao-Nan Qian * ,   Zhang J * ; Wnt3a: function and implication in cancer. Chinese Journal of Cancer , 2015, 34(3):50.
  25. Lihui Wang, Yanli He, Weijun Liu, Shengbin Bai, Lei Xiao, Jie Zhang, Saravana M. Dhanasekaran, Zhuwen Wang, Shanker Kalyana-Sundaram, O. Alejandro Balbin, Sudhanshu Shukla, Yi Lu, Jules Lin, Rishindra M. Reddy, Philip W. Carrott, Jr., William R. Lynch, Andrew C. Chang, Arul M. Chinnaiyan, David G. Beer*, Zhang J *, Guoan Chen*. Non-coding RNA LINC00535 promotes lung adenocarcinoma progression via the Akt pathway . Oncotarget, 7(10):11487-99, 2016.
  26. Jing Li, Xin Yang, Hao Guan, Atsushi Mizokami, Evan T. Keller, Xiaozhen Xu, Xia Liu, Jiyong Tan, Longyuan Hu, Yi Lu*, Zhang J* . Exosome-derived microRNAs contribute to prostate cancer chemoresistance. International Journal of Oncology , 2016, 49:838-846.
  27. Yeguo Yang, Yi Lu, Lihui Wang, Atsushi Mizokami, Evan T. Keller, Zhang J* , Jiejun Fu*. Skp2 inhibition attenuates the resistance of prostate cancer cells to paclitaxel by up-regulation of p27. Oncology Reports , 2016, 36: 559-566.
  28. Yang Liu, Yi Chai, Zhang J * , and Junwei Tang * . A function variant at miR-501 alters susceptibility the patocellular carcinoma in a Chinese han population. Cell Physiol Biochem, 38(6):2500-8, 2016.
  29. Qiuyan Chen, Siyuan Qin, Yang Liu, Minghuang Hong, Chao-Nan Qian, Evan T Keller, Zhang J , Lu Y*. IGFBP-6 is a novel nasopharyngeal carcinoma prognostic biomarker. Oncotarget , 2016, Oct 18;7(42) :68140-68150.
  30. Yong Lei, Yanhua Yi, Yang Liu, Xia Liu, Evan T. Keller, Chao-Nan Qian, Jian Zhang* and Lu Y*. Metformin targets multiple signaling pathways in cancer. Chinese Journal of Cancer , 2017; 36(1): 17.
  31. Guo H, Luo H, Yuan H, Xia Y, Shu P, Huang X, Lu Y, Liu X, Keller ET, Sun D*, Deng J*, and Zhang J* . Litchi seed extracts diminish prostate cancer progression via induction of apoptosis and attenuation of EMT through Akt/GSK-3β signaling. Sci Rep . 2017; 7: 41656.
  32. Wenchu ​​Wang, Lihui Wang, Atsushi Mizokami, Junlin Shi, Chunlin Zou, Jinlu Dai, Evan T. Keller, Yi Lu* and Jian Zhang* . Down-regulation of E-cadherin enhances prostate cancer chemoresistance via Notch signaling. Chinese Journal of Cancer , 2017; 36:35
  33. Yutao Gao, Xia Liu, Ting Li, Luwei Wei, Antai Yang, Yi Lu, Jian Zhang, Li Li, Sumei Wang and Fuqiang Yin. Cross-validation of genes potentially associated with overall survival and drug resistance in ovarian cancer. Oncology Reports. 2017
  34. Jinlu Dai, Yi Lu, Hernan Roca, Jill M. Keller, Jian Zhang , Laurie K. McCauley and Evan T. Keller. Immune mediators in the tumor microenvironment of prostate cancer. Chinese Journal of Cancer , 2017; 36:29

Links to orginal content: 
1. https://www.sustech.edu.cn/zh/faculties/zhangjian.html
2. https://med.sustech.edu.cn/faculty/detail/id/187.html?lang=zh-cn

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