Reproductive toxicology research is directly related to the compliance and safety of new drugs and medical devices on the market, and is a core issue in preclinical evaluation. The third special live broadcast of 2026 is coming with a heavy weight - focusing on the forefront of reproductive toxicology. Four experts from Shandong Xinbo bring highly targeted academic sharing to help colleagues consolidate theory and improve practical operation!
This live broadcast relies on our own technological accumulation and expert experience, focusing on multi species models and the core of the entire experimental stage. It not only provides regulatory compliance guidance, but also covers practical case analysis, and provides a deeper interpretation of sub fields such as rat placental toxicology. Whether new to the industry or senior researchers, they can gain exclusive professional knowledge and practical skills.

1、 Live Time
January 18, 2026 (Sunday) 14:00-18:00

2、 Targeting the audience
Technical and R&D personnel in the pharmaceutical industry

3、 Key points of live streaming
This live broadcast is hosted by Li Yan, Senior Researcher of Pathology at Shandong Xinbo. Four senior experts conducted in-depth sharing on key issues of reproductive toxicology, combining theoretical framework with practical experience, and balancing professionalism and practicality
Introduction to Reproductive and Developmental Toxicity Testing of Medical Devices: Focusing on the core requirements of reproductive toxicity evaluation in the field of medical devices, analyzing the principles of experimental design, implementation points, and regulatory adaptation logic, and helping practitioners build a compliant testing system.
Cai Rui | Design and General Considerations for Perinatal Developmental Toxicity Test: The perinatal period is a critical window for reproductive toxicity assessment. The speech will break down the core aspects of test grouping, exposure plan, and indicator monitoring, and share common problem solutions and optimization ideas.
Zhou Yaping | Rabbit Reproductive and Embryo Embryo Developmental Toxicity Test and Case Introduction: Taking the rabbit model as the core, combined with real cases, analyze the evaluation methods of reproductive toxicity and embryonic developmental toxicity, and explain in detail the impact and response strategies of species specificity in the experiment.
Wang Huijuan | Structure and Toxicology of Rat Placenta: Key Role in Developmental Toxicology: The placenta serves as an important interface between the mother and fetus, with barrier, nutrient transport, and endocrine functions, and is a sensitive target organ for toxicological effects. The speech will delve into the morphological structure of rat placenta and reveal its core value in developmental toxicity evaluation by combining its toxicological and pathological characteristics, filling the cognitive gap in clinical pathological evaluation.

4、 Conference Highlights
This live broadcast not only gathers authoritative experts, but also relies on the solid technical accumulation of Shandong Xinbo to provide practical support for the special session sharing, covering four core dimensions: medical devices, perinatal period, rabbit models, and rat placenta. From experimental design to case analysis, the entire process breaks down the difficulties of reproductive toxicology research.

5、 Participation method

Reproductive Toxicology Research Platform
Reproductive toxicology research
Fertility and Early Embryo Development Toxicity Test (Stage I, Rat)
Embryo and fetal developmental toxicity test (Stage II, rats, rabbits)
Perinatal developmental toxicity test (stage III, rats)

featured technology
Milk collection technology: Establish a technology that can repeatedly collect maternal milk to meet pharmacokinetic/toxicokinetic analysis requirements.
Pregnant monkey B-ultrasound examination
Monkey cub X-ray bone examination
Techniques for examining behavioral indicators of neonatal mice
Fetal abdominal vein blood collection technology
Rabbit ear artery collection technology
Vaginal smear and sperm examination techniques
Bone and visceral examination techniques for fetal mice and rabbits

Toxic Pathology Platform
Toxic pathological examination
The pathology diagnosis laboratory has obtained the "Toxicity Pathology Examination" capability verification certificate organized by the China National Accreditation Service for Conformity Assessment, marking that Shandong Xinbo Pharmaceutical Research Co., Ltd.'s professional ability in toxicity pathology diagnosis has been recognized by the China National Accreditation Service for Conformity Assessment, and the test report issued has authority and credibility.
Establish multiple sampling and staining techniques for preclinical evaluation of various drugs and medical devices.
featured technology
Sampling techniques: Establish standardized sampling techniques for commonly used experimental animals, and develop special sampling techniques for small pig and monkey neurotoxicity tests, medical device related parts (skin, muscle, internal organs, bones, brain implants), special medication parts (nasal cavity, ears, etc.), and animal tissue chips based on experimental characteristics.
Staining techniques: Conventional HE staining, various immunohistochemical staining techniques, and special chemical staining techniques (periodic acid Schiff's staining, Masson trichrome staining, Mallory phosphotungstic acid hematoxylin staining, starch staining, toluidine blue staining, Oil Red O staining, etc.).