͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ ͏‌ 
Is this email not displaying correctly? View it in your browser.
Image description

Webinar: Optimizing Care for your Cats with Hepatic Lipidosis: 10 Rules to Follow

Image description

A free online class brought to you by Bioguard

Are you ready to learn about the Feline Hepatic Lipidosis (FHL) that can be life-threatening for our feline friends? Sponsored by Bioguard Corporation and presented by Dr. Shijie Cao, DVM, M.S., this is the next webinar you don't want to miss.

Access to the on-demand recording is FREE

Obtain a CERTIFICATE of attendance



Feline hepatic lipidosis (FHL) is a common and life-threatening liver disease in cats. The disease has multiple factors that cause it. Cats with hepatic lipidosis exhibit several clinical symptoms such as lethargy, vomiting, anorexia, jaundice, dehydration, and constipation. Nutritional support plays a vital role in treating hepatic lipidosis in cats. However, apart from nutritional support, there are other essential aspects that we need to focus on. This course will provide comprehensive information on the diagnosis of hepatic lipidosis and will discuss ten essential rules to help you manage the disease effectively.


Dr. Shijie (CJ) Cao is a highly skilled veterinarian with over 23 years of experience in the field. He received his M.S. in Veterinary Medicine from the National Chung Hsing University in Taiwan. Dr. Cao's expertise lies in the area of internal medicine for small animals. He has been recognized for his exceptional work by Royal Canin and Boehringer-Ingelheim. In 2023, Dr. Cao founded Cotton Veterinary Hospital in Hangzhou, China, where he continues to provide excellent care to animals and also conducts training programs for young veterinarians.

Image description


Mar. 27

Image description

8 PM – 9 PM

Taipei Local Time

Image description

Certificate of Attendance

eCertificate will be issued to the registered attendants joining the webinar for at least 50 minutes.

How to Join: Three Options:

Option 1: Watch via ZOOM

You can join us live directly via Zoom by simply registering. Please note that we will send you the link that is unique to you and should not be shared with anyone.

Option 2: Watch on our FACEBOOK Page

Follow our Facebook page and join us live during the webinar.

Option 3: Watch at your LEISURE

Registering to attend this webinar will also gain you access to the on-demand recording, which will be available 24 hours later.


We look forward to seeing you at this event.

Happy Learning!

Want to stay up-to-date with what is going on?

Image description
Image description
Image description

Follow our Pages for the latest updates

Psittacosis in Birds

Image description

Psittacosis (parrot fever), also known as ornithosis, is a bacterial zoonotic disease caused by the bacterium Chlamydia psittaci. It is usually spread by exposure to infected birds at home, pet stores, pigeon stalls and other locations where birds are kept or displayed. The disease was first reported in Switzerland in 1879, and then occurred successively in Britain, Europe, USA, Central and South America and other regions. The incubation period varies from 5-28 days. The clinical symptoms are nonspecific and may include fever, chills, headache, muscle aches, and cough.


Chlamydia psittaci includes six avian (A–F) and two mammalians (WC in cattle and M56 in muskrat) serotypes with distinct host specificity, based on serotyping using monoclonal antibodies in the 1990s. Different serotypes have been isolated from different avian species like serotype A in psittacine birds, B and C in both ducks and geese, D in turkeys, E mainly in pigeons (also in other avian species), and F in parakeets and turkeys. Serotype A is often reported in human zoonotic cases.

Based on recent genotypic classification, C. psittaci has several classical genotypes with relevant host specificity. The genomic sequence encoding the outer membrane protein (ompA) is used to classify genotypes, which are employed to study isolates from infected birds and isolates in mammals. All identified genotypes are considered capable of transmission to humans.


Infected birds may shed C psittaci in their droppings, saliva, mucus, feather dust and eye/nasal discharge. Healthy birds may then inhale the bacteria in airborne particles, such as dust from dried droppings and feathers. Birds may also ingest C psittaci from contaminated food, water, perches, and toys. Some infected birds don't show any sign of illness. However, they may become ill and shed the bacteria during times of stress (e.g., battling another infection, changing diet, or living in a crowded environment). Humans most commonly catch the disease from infected birds by breathing in the dust from shed feathers, secretions, and droppings. Less commonly, birds infect people through bites and beak-to-mouth contact.

Clinical symptoms

The incubation time for infected birds is about 3 days to several weeks up to a month. In birds, the symptoms include poor appetite, ruffled appearance, eye or nose discharge, green or yellow-green droppings, and diarrhea (loose droppings). Occasionally, birds may die from the disease. Some birds may shed the bacteria while exhibiting only mild or no symptoms. C. psittaci may affect some or all of a bird's organ systems, most commonly the liver, spleen, respiratory tract, and digestive tract.


Since psittacosis symptoms can look like an array of other diseases in birds, special tests are needed to diagnose the presence of C. psittaci. Methods to diagnose chlamydial infections include:
Antigen detection- immunohistochemistry, immunofluorescence test and ELISA
Serology- complement fixation, ELISAs, and indirect immunofluorescence test
Molecular diagnosis- PCR


Treatment is usually with oral or injectable doxycycline antibiotic. Since doxycycline only kills the Chlamydia organisms when they are active and dividing, and the lifecycle of these organisms is prolonged, with possible periods of dormancy (ceasing to be active for a period of time), drug treatment should go on continuously for the recommended period of 45 days, without interruption.


Bioguard’s Qmini PCR can detect Chlamydia psittaci DNA in 90 minutes at your clinics using feces/cloaca swabs or eye/nasopharyngeal/oropharyngeal swabs as samples.

To learn more about Qmini PCR, click here
Image description
Image description

For any direct inquiries, please contact us at: [email protected]

About Bioguard Corporation

The Bioguard is a company focusing on animal disease diagnostic services and products.
Our animal health diagnostic center is the first and only ISO/ IEC 17025 accredited animal disease testing laboratory in Taiwan and China.

Copyright © Bioguard Corp., All rights reserved.

Our mailing address is: [email protected]

If you want to unsubscribe, click here.