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354
Metals in Medicine, Volume 2

Battke et al.
30
  
     
        
  
31
As
       
       

32


33



    



34,35
11.4 IN VITRO STUDIES
        

36
pollen,
37
and plant development.
38
Multiple human cellular models,
29,30
peripheral blood,
36
cervical,
37–39
liver,
40
FIGURE 11.2 
https://t.me/med1917
Toxicological Effect of Platinum and Palladium Nanoparticles
355
ovarian,
41
and cutaneous melanoma
36
   



34,42,43
11.5 ANIMAL CELLS
Oncorhynchus mykiss-





     

44
When treated acutely or subacutely, the


35



11.6 HUMAN CELLS

Several distinct cellular models have been reported to experience varying
       

       
on the cells by the NPs.
44



Wilkinson et al..
34
Pd-NPs induced apoptosis in PBECs in a dose-dependent
  
36

  
HeLa cells
32

        
      
  
https://t.me/med1917
356
Metals in Medicine, Volume 2
       
Pd-NPs. Researchers discovered that human liver HepG2 cancer cells
       
         

      

      
  
38
  
      
impact on HepG2 cells. An increase in concentration caused cytopathic



nonatopic
42,43

42
-
-


  
     

have a substantial immunological modulatory impact in vitro.
43


   



        
and allergic contact dermatitis.
45–47
In addition to having the ability to

48,49
Pd-NPs may be more bioactive than
       
al.
47
         
2
to
        

cell system to evaluate this latter point. Both healthy and injured human skin
     
     
https://t.me/med1917
Toxicological Effect of Platinum and Palladium Nanoparticles
357



50



51

the existing evidence, Pd-NPs are particularly risky to the immune, renal, and

exposure and early consequences. Elemental Pd excretion, cytokine serum
        


         

test it on more sophisticated organisms in more complicated environmental

51

Escherichia coli and Gram-positive Staphylococcus
aureus


52,53

-


activity in cultured E. coli and S. aureus
54–56

Cronobacter sakazakii  

57
Sphingomonas sp. PH-07,
-

58

  


more antimicrobial. Pt-Pd nanometal colloids as isolated particles lack antibac-

connection among metal NPs and an all-polyaniline matrix, and the increased



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https://t.me/med1917
358
Metals in Medicine, Volume 2
Vibrio fischeri,
and actively bio-remediating associated microorganisms cultivated in the lab
under biogeochemical circumstances mimicking those occurring in situ

V. fischeri

the Pd-NPs-exposed population than in the control group. Currently, there is

         
reduction and methanogenesis in a dose-dependent manner. An experimental



31

        
soil organic components such as humic acids. Rajakumar et al.
38
reported that
Plasmodium ber ghei
mice, Pd-NPs exhibited antiplasmodial action. At an inhibitory concentration

         
          

 
NPs. Using a laboratory microenvironment to simulate natural conditions,
    
       
community.
31
        

humic acids. Rajakumar et al.
38
P. berghei
      

         
points compared to untreated controls.
11.7 ANIMAL MODELS

          
types.
52,53
    
    
https://t.me/med1917
Toxicological Effect of Platinum and Palladium Nanoparticles
359
          

52

          
    
looked at subchronic periods.
53
   

     




       -

the urine.
54
-


    
      

are being excreted in large amounts through the urine tract, it suggests renal
   
-
      


        

a tail vein.
55
-


        
normal sex hormone levels in Wistar rats, revealing that they play a key role

11.8 MODIFICATIONS OF PLATINUM- AND PALLADIUM-BASED
MOLECULES
Research into transition metal-based anticancer medicines has attracted a lot

https://t.me/med1917
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Metals in Medicine, Volume 2


     





     
compared to cisplatin and oxaliplatin. When the novel medications are modi-


59

        -

 
  
    
       

-
tive routes to transition metal-based medicines.
60,61
An increasing number

        
     -




       






 
         
https://t.me/med1917
Toxicological Effect of Platinum and Palladium Nanoparticles
361

    
metals, such as transition metals like platinum, the resultant molecules
        
on cancer cells and their ability to damage cell DNA and other molecular
targets, these complexes stand out among conventional pharmaceuticals. It is


62
and highly


63
It is possible to


   
64
     
-

       



        

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

          
       -
        

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NPs
-

producing lipid, polymer, and inorganic NPs, there is hope that they may

    

cells. Problems on a larger scale, such as biodistribution, may be overcome

   

https://t.me/med1917
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Metals in Medicine, Volume 2
          
        
synthesis procedures, meaning that their NPs could not get beyond these
biological obstacles to drug delivery. NPs are versatile because they may


even avoid drug resistance.
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Some NPs may generate heat in response to an

-
      

the tissue around the tumor. As a result, the cancer cells acquire an increased
      
        
healthy tissue.
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

69
     


  
-

70
When it comes to delivering

       




    
polymeric NPs to lend them strength. Liposomes are more adaptable and
           




           
       
       
     
https://t.me/med1917
Toxicological Effect of Platinum and Palladium Nanoparticles
363




71,72
Aroplatin is a liposomal




73



   
          
    
     


    
common are poly (amidoamine) and poly (pyrrolidone) (PPI) (propylene
        
        

74,75


         

-


major HA receptor and is highly expressed in breast, lung, and pancreatic
     
-
static binding to the polyamidoamine dendrimers.
11.9 Pl-Pd COMPOUNDS IN CLINICAL TRIALS
        
         

 

https://t.me/med1917