Title: Mammites
1RUMINANTS Drying-off period management and
interest of CLOXAMAM
2INTRODUCTION ON MASTITIS
- Most common and most costly disease
- of dairy cattle
- In hers without effective mastitis control plan
40 of the cows are infected - Estimated cost 200 k per cow per year
- Reduced milk production accounts for about 70 of
the total loss associated with mastitis
3COW UDDER ANATOMY
4UDDER DEFENCES - MECHANISM
5UDDER DEFENCES
6UDDER DEFENCES
- Immune cells contained in the milk
7THE BACTERIA WILL LEAD TO CELLS INFLUX
8CONTROL OF THE MILK
9MODERATE AGGRESSIVE BACTERIA LATE REPLY OF THE
ORGANISM
- Sub clinical mastitis
- Invisible mastitis nothing at first sight
- Milk appearance modification (flakes, cloats)
- No reduced milk yield
- A kind of equilibrium takes place between
bacteria and defenses cells
STAPHYLOCOCCUS AUREUS
10WHAT OCCURS DURING A SUBLICLINICAL MASTITIS?
Fight between leukocyte and bacteria
11THIS EXPLAINS CELLS COUNT VARIABILITY
Leukocyte 1000
Days
12TWO KIND OF MASTITIS
- Clinical mastitis Visible modifications
- Milk appearance
- And / or des other symptoms (temperature
decreased milk yield udder aspect shock) - Subclinical mastitis No visible modification
- Increased cells count
- 10 decreased in milk yield
- Bacteria stays in the udder. Consequence
regular leukocyte efflux
13TWO KIND OF MASTITIS
14MASTITIS DIAGNOSIS
- Clinical diagnosis use your eyes ? OK for
clinical mastitis - Diagnosis in the farm ? Subclinical mastitis
- CMT
- Diagnosis in the lab ? For both
- Somatic cell count
- Bacteriological analysis
15C.M.T. (CALIFORNIA MASTITIS TEST)
- Rapid, accurate, simple to determine somatic cell
count - CMT reagent reacts with the white blood cells and
the mixture thickens or gels
16C.M.T. (CALIFORNIA MASTITIS TEST)
- In 10 sec. read the score while continuing to
rotate the paddle - Reaction disappears in 20 sec.
17MILK SAMPLE AND BACTERIOLOGICAL ANALYSIS
18MAIN BACTERIA IMPLICATED IN MASTITIS
19MODE OF TRANSMISSION OF BACTERIA
20WHY TREATING MASTITIS?
- Avoid contagiousness
- Save money
21FACTORS INFLUENCING MASTITIS INCIDENCE
22MASTITIS CONTROL
23MASTITIS CONTROL
24OBJECTIVES OF DRY PERIOD TREATMENT
- Improve udder health
- Infections present at the time of drying off
should be eliminated - The rate of new infections during dry period
should be minimized
Beginning and end of dry period are at risk
25OBJECTIVES OF DRY PERIOD TREATMENT
26CLOXAMAM, THE COOPHAVET SOLUTION FOR DRYING OFF
27CLOXAMAM CONTAINS CLOXACILLIN
- Penicilline M
- Gram spectrum including Staphylococcus and
Streptococcus - Bactericidal antibiotic to limit the risk of
chronic infection - It acts on the bacteria cell wall synthesis.
Active on bacteria which are on the replication
phase only.
28CLOXAMAM ADVANTAGES
- Cloxacillin is resistant to ?-lactamase secreted
by gram bacteria (Staphylococcus) - Large diffusion in the udder parenchyma and
exudates - Very low diffusion outside the udder (systemic
for ex.)
29CLOXAMAM ADVANTAGES
- Antibiotic persistence in the udder
- Cloxacillin is present under benzathine salt. It
allows a long acting effect inside the udder. - The excipient is oily leading to a prolonged
antibiotic activity - The excipient is long acting. It means it will
keep the active ingredient at the infusion site
and will let him diffuse slowly. - Most critical period for drying off management
3 first weeks. This period is completely covered
by CLOXAMAM.
30CLOXAMAM PERSISTENCE
31CLOXAMAM BENEFITS
- Elimination of existing infections and prevention
of new infections - Indications
- Treatment of clinical mastitis due to
Staphylococcus aureus, Streptococcus agalactiae,
Streptococcus dysgalactiae, Streptococcus uberis - Prevention of new infection
32ADVICES FOR CLOXAMAM ADMINISTRATION
- Clean and dry teats
- Disinfect each teat and with particular attention
to the teat end (alcohol) - Insert only the tip of the cannula without
touching anything else - Identify treated cows and removed them from the
herd to prevent antibiotics in the tank
33CONCLUSION
34Thanks for your attention